ABB ESP630 A2 User manual

Brand: ABB

Model: ESP630 A2

Category: Network transceiver modules

Type: User manual

This manual is also suitable for

ESP630 A3

ABB ESP630 A2 is a stackable and manageable switch with 24 10BASE-T/100BASE-TX ports, 4 GBE combo ports, and many QoS L2-L7 facilities, ensuring bandwidth control and priority management. Its stacking ports allow the connection of up to eight switches in a stack configuration, making it suitable for use in large networks or data centers. The switch can be managed through FOXView, Telnet/SSH, Web, or SNMP, providing flexibility in management options.

ESP630 from ABB

Ethernet Service Platform

Product Manual

ESP630

Product Manual ESP630

confidential information which is the property of ABB. It must be held in

confidence by the recipient and may not be used for any purposes except

those specifically authorised by contract or otherwise in writing by ABB.

This document may not be copied in whole or in part, or any of its contents

disclosed 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.

Document number: 1KHW002104/Ed01a

ABB Switzerland Ltd

Power Systems

Bruggerstrasse 72

CH-5400 Baden

Switzerland

The right to modifications or deviations due to technical progress is reserved.

ESP630 Product Manual

1KHW02104 /Ed01a page 3 of 29 ABB

CONVENTIONS

The following conventions were adopted along this manual, in order to better understanding:

Hyperlink – indicates an address on Internet or an e-mail address.

Command or button - when a command, button or software’s menu is referred; this indication will

be always in italic.

# Commands and terminal screen messages are showed as texts without any form, preceded

by # (sharp).

The notes better explain some of details showed 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 the skin and to the eyes was

not avoided.

It indicates equipment or parts sensibility to EMI (static electricity). It should not be

manipulated without care, such as grounding bracelet or another static electricity

protection device.

It indicates non-ionized radiation and emission.

ESP630 Product Manual

1KHW002104 / Ed01a page 4 of 29 ABB

ESP630 Product Manual

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TABLE OF CONTENTS

1 Introduction ........................................................................................6

1.1 Overview ......................................................................................................................................... 6

1.2 Front Panel Description................................................................................................................... 7

1.2.1 System Status LEDs........................................................................................................................ 8

1.2.2 Port LEDs........................................................................................................................................ 8

1.2.3 Console and Alarm Ports................................................................................................................. 9

1.2.4 Slave/Master and Stack/Uplink Buttons......................................................................................... 11

1.3 Rear Panel Description.................................................................................................................. 11

1.3.1

ESP630 A2 Rear Panel................................................................................................................. 11

1.3.2

ESP630 A3 Rear Panel................................................................................................................. 12

2 Switch Installation............................................................................13

2.1 Package Contents......................................................................................................................... 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............................................19

A.1 Physical and Environmental.......................................................................................................... 19

5 Appendix B. SFP Modules...............................................................20

B.1 Unidirectional modules ................................................................................................................. 20

B.2 Bidirectional modules.................................................................................................................... 22

B.3 CWDM modules............................................................................................................................ 24

6 References and Abbreviations........................................................28

6.1 References.................................................................................................................................... 28

ESP630 Product Manual

1KHW02104 /Ed01a page 6 of 29 ABB

1 Introduction

1.1 Overview

The ESP630 3x24Ax is a member of the ABB switch ESP630 family. The ESP630 is a family of Metro Ethernet

Switches with L2 and L3 wire-speed commutation capability, MPLS features, which allow its utilization as a Label

Edge Router, and many QoS L2-L7 facilities, ensuring bandwidth control and priority management.

The ESP630 3x24Ax is a stackable and manageable switch. Its stacking ports allow 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 unshielded twisted pair (UTP) cable ports and Auto

MDI/MDI-X, allowing the use of either straight or crossover twisted-pair cables. It means the switch can

be used to connect to other switches, hubs, routers, PCs and much other networking equipment.

Fig. 1-1. Overview of the ESP630 A2

ESP630 Product Manual

1KHW002104 / Ed01a page 7 of 29 ABB

Fig. 1-2. Overview of the ESP630 A3

1.2 Front Panel Description

The front panel of the ESP630 A2 contains 24 10BASE-T/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

ESP630 Product Manual

1KHW002104 / Ed01a page 8 of 29 ABB

1.2.1 System Status LEDs

The System Status LEDs on the front panel can be used to monitor 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.

ESP630 Product Manual

1KHW002104 / Ed01a page 9 of 29 ABB

Fig. 1-6. Ports 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.

ESP630 Product Manual

1KHW002104 / Ed01a page 10 of 29 ABB

Fig. 1-7. Console and Alarms Ports Pins Order

The Alarm port contains 3 alarm inputs and 1 alarm output. The inputs accept voltage differences from

8V to 60V (indicating 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 Console Port pin assignments:

ESP630 Product Manual

1KHW002104 / Ed01a page 11 of 29 ABB

Table 1-4. Console Port Pins Assignments:

1.2.4 Slave/Master and Stack/Uplink Buttons

ESP630 contains two buttons to control stacking. When pressed, the Stack/Uplink button makes

the Switch operate in standalone mode, allowing the ports 27 and 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 Panel contains two AC/DC power connectors and two sites for ABB Redun-

dant Hot Swap Power Units.

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.

ESP630 Product Manual

1KHW002104 / Ed01a page 13 of 29 ABB

2 Switch Installation

2.1 Package Contents

• One Stackable ESP630 3x24Ax;

• Two mounting brackets already attached to the switch;

• One AC power cord.

2.2 Installation Guidelines

Before you choose a location to install the switch, make sure to follow the guidelines below:

• Choose a location where you can easily access the RJ-45 ports and 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 the side brackets that come attached to the

switch. Use a Phillips screwdriver to remove them.

After removing the brackets, choose a flat surface near an AC power source to place the switch.

ESP630 Product Manual

1KHW002104 / Ed01a page 14 of 29 ABB

2.4 Installing the Switch in a Rack

The switch can be installed in a 19" rack. The brackets used to fix the device already come attached to the

switch. To install the switch in a rack, use the following procedure and refer to the figure below:

Fig. 2-1. Rack Mounting

1. Place the switch in the rack.

2. Insert two 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 connectors at the rear panel, one for each power source. If you

are using both redundant power units, use two power cables to connect them.

Fig. 2-2. ESP630 A2 Power Connectors

ESP630 Product Manual

1KHW02104 /Ed01a page 15 of 29 ABB

If DC power is used, the power cable should be cut close to the AC sockets connection plug and con

nected in a way that the socket central pin corresponds to ground protection and the other 2 pins supply

the power, as seen in the next Figure. The equipment shelf is connected directly to protection ground.

Fig. 2-3. AC/DC Power Supply Connector

2.6 Installing/Removing a A2/A3 version Hot-Swap

Power Unit

The ESP630 A2/A3 versions are able to work with one or two Hot-Swap Power Units. Follow 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 panel to secure it on

its slot.

Removing a Power Unit:

1. Use your hand to detach the two silver plated screws placed on the Power Unit’s panel.

2. Pull the RPU, using the screws as knobs, and remove it outside the slot.

3. If no other Power Unit is to be put into the same slot, attach the protection panel (if you have one)

using a Phillips screwdriver.

ESP630 Product Manual

1KHW02104 /Ed01a page 16 of 29 ABB

3 Making Connections

3.1 Connecting Devices through RJ-45 Ports

The ESP630 can be connected to 10, 100 or 1000 Mbps devices. Its ports accept automatic

MDI/MDI-X configuration, so either crosses or straight cables can be used.

Use Unshielded Twisted-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 package. Follow the next instructions to

install a SFP module properly:

Fig. 3-1. SFP Module Installation

ESP630 Product Manual

1KHW002104 / Ed01a page 17 of 29 ABB

1. Insert the SFP transceiver into one of the four switch module bays. There’s only one orientation

that the module can be plugged. The optical connector should face outward and the slot connector,

down.

2. Slide the module into the slot and press firmly to ensure it seats into place.

When a SFP port is used, its correspondent 10/100/1000BASE-T port is automatically 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 cables are transmitted via lasers. Although the lasers are compliant with the

Requirements of Class 1 Laser Products and are eye safe in normal conditions, never look directly

at a transmit port when it’s turned on

ESP630 Product Manual

1KHW02104 /Ed01a page 18 of 29 ABB

3.3. Connecting the Switch in a Stack Configuration

ESP630 supports two stacking topology configurations, the line and 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

ESP630 Product Manual

1KHW002104 / Ed01a page 19 of 29 ABB

4 Appendix A. Technical Specifications

A.1 Physical and Environmental

Table A-1. Physical and Environmental Specifications:

ESP630 A2: 61.0 Watts maximum

ESP630 A3: 75.0 Watts maximum

(-10 to 65 degrees Celsius)

(-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 width, 251mm depth

ESP630 A3: 43mm height, 483mm width, 251mm depth

ESP630 Product Manual

1KHW02104 /Ed01a page 20 of 29 ABB

5 Appendix B. SFP Modules

Types of SFP Modules that ESP630 family uses:

B.1 Unidirectional modules

Features:

• Duplex 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

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ABB ESP630 A2 User manual

Brand: ABB

Model: ESP630 A2

Category: Network transceiver modules

Type: User manual

This manual is also suitable for

ESP630 A3

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ABB ESP630 A2 User manual

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ABB ESP630 A2 User manual

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