3One data IES618-4D Series User manual

User manual
- 1 -
IES618-4D series
Managed Industrial Ethernet switch
User manual
Version 1.0.0, July. 2013
www.3onedata.com.cn

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IES618-4D series user manual
Statement
Copyright Notice
Information in this document is reserved by 3onedata Co.,Ltd. Reproduction and
extract without permission is prohibited.
Trademarks Notice
and is registered trademarks of 3onedata Co.,Ltd. All
other trademarks or registered marks in this manual belong to their respective
manufacturers.
Agreement
As the product version upgrades or other reasons, this document is subject to change
without notice. Unless other agreement, this document only as a guide to use. All
statement, information and suggestion in this document, without warranty of any
kind, either expressed or implied.
Revision History
Version No.
Date
Reason
V1.0.0
2013-7
Creating Documents
Notes
In reading this manual, please pay attention to the following symbols,
Information necessary to explain
Special attention

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Content
CHAPTER 1 SUMMARIZE.............................................................................................................1
1.1 INTRODUCTION................................................................................................................................1
1.2 FEATURES........................................................................................................................................1
CHAPTER 2 HARDWARE DESCRIPTION..................................................................................3
2.1 PANEL DESIGN .................................................................................................................................3
2.2 POWER SUPPLY INPUT......................................................................................................................6
2.3 RELAY CONNECTION........................................................................................................................7
2.4 DIPSWITCH.....................................................................................................................................7
2.5 COMMUNICATION PORT ...................................................................................................................7
2.6 SERIAL PORT CONNECTION ..............................................................................................................8
2.7 LED INDICATOR..............................................................................................................................9
2.8 INSTALLATION ...............................................................................................................................10
CHAPTER 3APPEARANCE AND DIMENSION.......................................................................12
3.1APPEARANCE.................................................................................................................................12
3.2 DIMENSION ...................................................................................................................................13
CHAPTER 4 PACKLING LIST.....................................................................................................14
CHAPTER 5 CONFIGURE IES618-4D SERIES ETHERNET SWITCH................................15
5.1 MODIFY IPADDRESS .....................................................................................................................15
5.2 LOGIN WEBSERVER.......................................................................................................................16
5.3 INTRODUCTUIN CONFIGURE INTERFACE.........................................................................................17
5.3.1 Main menu.............................................................................................................................................. 17
5.3.2 System status .......................................................................................................................................... 18
5.3.2.1 Deivce information.....................................................................................................................................................18
5.3.2.2 Port information..........................................................................................................................................................19
5.4 SERIAL DEVICE SERVER .................................................................................................................19
5.4.1、Configure serial port parameter........................................................................................................... 19
5.4.2、Configure working mode..................................................................................................................... 21
5.4.3、Serial port information......................................................................................................................... 24
5.5 Port configuration...................................................................................................................................... 24
5.5.1 Port settings ............................................................................................................................................ 24
5.5.2 Bandwidth management ......................................................................................................................... 26
5.6 L2 FEATURES ................................................................................................................................28
5.6.1 VLAN ..................................................................................................................................................... 28
5.6.1.1 Based on port VLAN ...................................................................................................................................................28
5.6.1.2 Based on IEEE 802.1Q VLAN ....................................................................................................................................28
5.6.2 Static filtering......................................................................................................................................... 31
5.6.3 QoS......................................................................................................................................................... 32
5.7 REDUNDANCY ...............................................................................................................................35
5.7.1 SWRing .................................................................................................................................................. 35
5.7.2 RSTP....................................................................................................................................................... 41
5.7.3 Port trunking........................................................................................................................................... 43
5.8ACCESS PROFILE............................................................................................................................44
5.8.1 User name and password ........................................................................................................................ 44
5.9 REMOTE MONITORING ...................................................................................................................45
5.9.1 SNMP management................................................................................................................................ 45
5.9.2 Relay alarm............................................................................................................................................. 47

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5.10 TRAFFIC STATISTICS ....................................................................................................................48
5.10.1 RX frame statistics................................................................................................................................ 48
5.10.2 TX frame statistics................................................................................................................................ 48
5.11 NETWORK DIAGNOSIS .................................................................................................................49
5.11.1 Port mirroring ....................................................................................................................................... 49
5.12 BASIC SETTINGS ..........................................................................................................................50
5.12.1 Device address...................................................................................................................................... 50
5.12.2 System identification ........................................................................................................................... 51
5.12.3 System File Upgrade............................................................................................................................. 51
5.12.4 System logout ....................................................................................................................................... 53
CHAPTER 6 OTHER FUNCTION CONFIGURE......................................................................54
6.1 DIPSWITCH...................................................................................................................................54
6.1.1 Factory default........................................................................................................................................ 54
APPENDIX 1 GLOSSARYTABLE...............................................................................................55
APPENDIX 2 DEFAULT FACTORY ............................................................................................56
APPENDIX 3 TREATMENT OF COMMON PROBLEM .........................................................57
APPENDIX 4 EXAMPLE OF CONFIGURATION........................................错误!未定义书签。

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CHAPTER 1 SUMMARIZE
1.1 Introduction
IES618-4D series is a industrial, management, redundant industrial Ethernet switch and
integrate 4 port serial device server. It included
1. IES618-4D(RS-232)-P(12/48VDC),
Support 8 port 10/100Base T(X) and 4 port RS-232,
2. IES618-4DI(RS-485)-P(12/48VDC),
Support 8 port 10/100BaseT(X) and 4 port RS-485/422,
3. IES618-4F-4DI(RS-485)-P(12/48VDC),
Support1-4 port is 10/100BaseT(X) Ethernet, 5-8 port is 100BaseFX fiber port and 4 port
RS-485/RS-422,
4. IES618-2F-4D(RS-232)-P(12/48VDC),
Support1-6 port is 10/100BaseT(X) Ethernet, 7-8 port is 100BaseFX fiber port and 4 port RS-232,
5. IES618-4F-4D(RS-232)-P(12/48VDC),
Support1-4 port is 10/100BaseT(X) Ethernet, 5-8 port is 100BaseFX fiber port and 4 port RS-232,
6. IES618-2F-4DI(RS-485)-P(12/48VDC).
Support1-6 port is 10/100BaseT(X) Ethernet, 7-8 port is 100BaseFX fiber port and 4 port
RS-485/422,
it adopted SW-Ring redundant technology (Recovery time<20ms), users can set the redundant
easily to increase network reliability, furthermore.It adopted no fan, low power consumption design,
IP40, corrugate high strength iron shell, the performance is more steadily. It accorded with CE, FCC
standard and Industrial 4 class, DIN rail installation and wide operating temperature (-40~75C), it
can satisfied some kinds of industrial environment, it can provide reliable and quickly solution for
your Ethernet device
SWRingTM is designed as rapid redundancy network arithmetic. It provided recover technology
for fault of rapid redundant network, the recovery time<20ms.
1.2 Features
Support IEEE802.3, IEEE802.3u, IEEE 802.3x, IEEE802.1Q, IEEE802.1p
8 pieces 10/100Base-TX port and 100Base-FX fiber port
Back panel bandwidth: 1.6 Gbps
SW-Ring ring network patent technology (Fault recovery time<20ms）
Support Port based VLAN and IEEE 802.1Q VLAN
Support IGMP Snooping 、flow statistics and bi-directional port mirroring
Support 802.1p _QOS
Support RSTP
Support SNMP
Support port bandwidth limit function, optimizing bandwidth utilization
Support 4 port RS-232 or RS-485/ RS-422 port the serial port server
Support applications accessing based on Socket
Support Server , Client and UDP
Support Windows serial driver model
Support TCP, UDP, APR, ICMP and DHCP
Support through the gateway, cross routing communication

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Serial port support adaptive function（Realcom）
Support WEB configuration,CLI command line,Telnet management function
2K MAC address table
Support power reverse connection protection.
Support redundant power supply , delay alarm output , heat radiation naturally and LED
indicator front and back
IP40 protection grade
Industrial grade 4 design, -40~75℃work temperature，5%～95% relative humidity
Power requirements 24VDC（12～48VDC）
DIN-rail,hanging and panel mounting

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CHAPTER 2 HARDWARE DESCRIPTION
2.1 Panel design
IES618-4D（RS-232）-P(12/48VDC)
Front panel Back panel Top panel Bottom panel
1. PWR1/PWR2 power input
2. Ground screw
3. Relay output terminal block
4. DIP switch
5. DIN-Rail mounts
6. CONSOLE port
7. RS-232 serial port
8. 10Base-T /100Base-TX port
9. LED indicator
IES618-4DI（RS-485）-P(12/48VDC)
Front panel Back panel Top panel Bottom panel

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1. PWR1/PWR2 power input
2. Ground screw
3. Relay output terminal block
4. DIP switch
5. DIN-Rail mounts
6. CONSOLE port
7. RS-485/422 serial port
8. 10Base-T /100Base-TX port
9. LED indicator
IES618-2F-4D(RS-232) -P(12/48VDC)
Front panel Back panel Top panel Bottom panel
1. PWR1/PWR2 power input
2. Ground screw
3. Relay output terminal block
4. CONSOLE port
5. DIP switch
6. DIN-Rail mounts
7. 10Base-T /100Base-TX port
8. RS-232 serial port
9. 100Base-FX port
10. LED indicator

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IES618-4F-4DI（RS-485）-P(12/48VDC)
Front panel Back panel Top panel Bottom panel
1. PWR1/PWR2 power input
2. Ground screw
3. Relay output terminal block
4. CONSOLE port
5. DIP switch
6. DIN-Rail mounts
7. 10Base-T /100Base-TX port
8. RS-485/422 serial port
9. 100Base-FX port
10. LED indicator
IES618-4F-4D(RS-232) -P(12/48VDC)
Front panel Back panel Top panel Bottom panel
1. PWR1/PWR2 power input
2. Ground screw
3. Relay output terminal block
4. CONSOLE port

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5. DIP switch
6. DIN-Rail mounts
7. 10Base-T /100Base-TX port
8. RS-232 serial port
9. 100Base-FX port
10. LED indicator
IES618-2F-4DI（RS-485）-P(12/48VDC)
Front panel Back panel Top panel Bottom panel
1. PWR1/PWR2 power input
2. Ground screw
3. Relay output terminal block
4. CONSOLE port
5. DIP switch
6. DIN-Rail mounts
7. 10Base-T /100Base-TX port
8. RS-485/422 serial port
9. 100Base-FX port
10. LED indicator
2.2 Power supply input
IIES618-4D series top panel provided 4 bit power supply input terminal block, support DC
input. DC power supply input supported redundancy function, provided PWR1 and PWR2 power
input, can use for single, and can connect 2 separately power supply system, use 1 pair terminal
block connect the device at the same time. If one of the power systems broke, the device can work
un-interruptible. Built-in over-current protection, Reverse connection protection.

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2.3 Relay connection
The relay owns two contacts of the terminal block on the top pane of IES618-4D series. It is
used to detect both power failure and port failure. The two wires attached to contacts form an open
circuit when:
(1) IES618-4D series has lost power supply from one of the DC power inputs.
(2) One of the ports is failure.
2.4 DIPswitch
Top panel provided 4 bits DIP switch to do function configure（OFF is default factory）,1 and 4
keep for future function. 2 is recovery default factory. 3 is for upgrade. Please power off and power
on when you change the status of DIP switch.
2.5 Communication port
10Base-T /100Base-TX Ethernet port
10Base-T/100Base-TX Ethernet port is located on front panel and the type is RJ45. The pinout of RJ45 port
connects to UTP or STP. The distance is not more than 100m. 100Mbps Ethernet connector takes 120Ωof UTP 5,
10Mbps Ethernet connector takes 120Ωof UTP 3, 4, 5.
RJ45 port supports automatically MDI/MDI-X connection. It can connect PC, Server, Converter and
HUB .Corresponding connection of Pin 1,2,3,6 is like this: 1→3, 2→6, 3→1, 6→2. The definition of Pin is
displayed as below.
Information necessary to explain:
PIN
MDI
MDI-X
1
TX+
RX+
2
TX-
RX-
3
RX+
TX+
6
RX-
TX-
4, 5, 7, 8
—
—
1 8

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Note: ―TX±‖Transmitting data±, ―RX±‖receiving data±, ―—‖no use
MDI（straight-through cable）：
MDI-X（Cross over cable）：
100Base-FX fiber port
100Base-FX port works with full-duplex, SM or MM SC/ST optional. The fiber port must be used in pair,
TX (transmitting) port connects remote switch‘s RX (receive) port; RX (receiving) port connect remote switch‘s
TX (transmitting) port.
Suppose: If you make your own cable, we advise to label the two sides of the cable with the same letter
(A-to-A and B-to-B, shown as below, or A1-to-A2 and B1-to-B2).
2.6 Serial port connection
RS-232 Serial port：
PIN
RS-232
1
DCD
2
RxD
3
TxD
4
DTR
5
GND
6
DSR
7
RTS

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8
CTS
9
—
DB9 Male（RS-232）
RS-485 Serial port：
PIN
RS-485
1
D+
2
D-
3
/
4
/
5
/
RS-422 Serial port：
PIN
RS-422
1
T+
2
T-
3
GND
4
R+
5
R-
RS-485/422
2.7 LED Indicator
LED
Indicator
Description
PWR1
ON
P1 connection regularly
OFF
P1 Power supply have no connection or unwonted
PWR2
ON
P2 connection regularly
OFF
P2 Power supply have no connection or unwonted
Run
ON/OFF
Device unwonted
Flashing
Device working steadily
Link/ACT
ON
Established effective network connection

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Flashing
Network in activity statues
OFF
Did not established effective network connection
RX
Flashing
In receiving data
OFF
None data receive
TX
Flashing
In transmitting data
OFF
None data transmit
2.8 Installation
Before installation, confirm that the work environment meet the installation require, including
the power needs and abundant space. Whether it is close to the connection equipment and other
equipments are prepared or not.
1. Avoid in the sunshine, keep away from the heat fountainhead or the area where in intense EMI.
2. Examine the cables and plugs that installation requirements.
3. Examine whether the cables be seemly or not (less than 100m) according to reasonable scheme.
4. Screw, nut, tool provide by yourself.
5. Power: redundant 12~48VDC or 100~240VAC power input
6. Environment：working temperature -40～75℃
Relative humidity 5%～95%
DIN-Rail Installation
In order to use in industrial environments expediently, IES618-4D adopts 35mm DIN-Rail
installation, the installation steps as follows:
1. Examine the DIN-Rail attachment
2. Examine DIN Rail is firm or not and the position is suitable or not.
3. Insert the top of the DIN-Rail into the slot just below the stiff metal spring.
4. The DIN-Rail attachment unit will snap into place as shown below.
Wiring Requirements
Cable laying need to meet the following requirements,
1. It is needed to check whether the type, quantity and specification of cable match the requirement
before cable laying;
2. It is needed to check the cable is damaged or not, factory records and quality assurance booklet
before cable laying;
3. The required cable specification, quantity, direction and laying position need to match
construction requirements, and cable length depends on actual position;
4. All the cable cannot have break-down and terminal in the middle;
5. Cables should be straight in the hallways and turning;
6. Cable should be straight in the groove, and cannot beyond the groove in case of holding back

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the inlet and outlet holes. Cables should be banded and fixed when they are out of the groove;
7. User cable should be separated from the power lines. Cables, power lines and grounding lines
cannot be overlapped and mixed when they are in the same groove road. When cable is too long,
it cannot hold down other cable, but structure in the middle of alignment rack;
8. Pigtail cannot be tied and swerved as less as possible. Swerving radius cannot be too small
(small swerving causes terrible loss of link). Its banding should be moderate, not too tight, and
should be separated from other cables;
9. It should have corresponding simple signal at both sides of the cable for maintaining.

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Chapter 3 Appearance and Dimension
3.1 Appearance
IES618-4D series

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3.2 Dimension

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CHAPTER 4 PACKLING LIST
Please check the packaging and accessories by your first using. Please inform us or our
distributor if your equipments have been damaged or lost any accessories, we will try our best to
satisfy you.
Description
Quantity
3onedata Industrial Ethernet switch
1
User manual
1
CD
1
Warranty card
1
Product Qualified Card
1

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CHAPTER 5 Configure IES618-4D series Ethernet switch
5.1 Modify IP address
IES618-4D series default address is: 192.168.1.254, subnet mask is: 255.255.255.0. When entering into
IES618-4D series Web interface through internet explorer, the IP address of IES618-4D series and PC must be in
the same LocalArea Network.
You can modify PC's or IES618-4D series's IP address to make sure that they are in the same Local Area
Network. Operating process can follow method 1 or method 2 as below,
Method 1: Modify PC's IP address
Click Start->Control panel->network connections->Local area Connection->Properties->Internet protocol
（TCP/IP）Setting PC‘s IP address: 192.168.1.X (X is less than 254, from 2 to 253).
Click ―OK‖, IP address modifies successfully
Method 2: Modify IES7110-2GS series's IP address through Blue_eyes manager software.
Install Blue_eyes manager software on the PC.
Enter into Blue_eyes management interface, click "Search" to search the device.
After searching the device, move mouse to the device, click right key, modify the device's IP address,
Please make sure the device and PC in the same Local Area Network.
This configuration example does not use the Advanced button in the last picture. In one and the same network card allows the
use of multiple IP pseudo-address when use the advanced configuration of the IP address, at which does not change the
original address can still access the switch device. But in the IGMP polling and IEEE 802.1x polling windows system can not
handle correctly, Unix-like system does not have this problem. The advanced users have to pay attention to this issue.
Configuration preparing
1. The lowest requirement for user's computer is as below:

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Install operating system (Windows XP/2000,etc)
Install Ethernet card
Install Web explorer (IE6.0 or higher version)
Install and start TCP/IP protocol
2. Establish the correct network configuration
The default management IP address of IES618-4D series: 192.168.1.254, subnet mask as: 255.255.255.0. Before
access to the configuration interface, the computer's IP address and the switch must be configured in the same
subnet (IP address configuration,please refer to "5.1") if need local configuration; Computers and switches must
be routed reach if for remote configuration.
How to log on to Web Server
Please type in the default IP of switch on the browsers‘s address bar, and then will pop-up a window by
clicking the ―enter‖ key which shows you have to enter your user name and password. The default username and
password is ―admin‖. You can enter your username and password 3 times if you found the username and
password is incorrect.If the 3 input error, the browser will display a "401 Unauthorized" error message. Refresh
the page and then enter the correct user name and password, log on to the Web Server, it will recommend to
modify the user name and password.Please contact our customer service center if you have more questions.
5.2 Login WebServer
Please type in the default IP of switch on the browsers‘s address bar, and then will pop-up a window by clicking
the ―enter‖ key which shows you have to enter your user name and password. The default username and password
is ―admin‖. You can enter your username and password 3 times if you found the username and password is
incorrect.If the 3 input error, the browser will display a "Access denied" error message. Refresh the page and then
enter the correct user name and password, log on to the Web Server, it will recommend to modify the user name
and password.Please contact our customer service center if you have more questions.
（Figure 5.2.1）
The default username and password is [admin], case sensitive for this series. The default password is with
administrator privileges.
：
Before entering the IES618-4D series switch WebServer, you must delete temporary IE files, and clear IE history, or perhaps
because IE cookies due to an unknown error.
The user name and password are case sensitive. Such as unclear devices IP address, can be obtained through the Blue_eyes
management software search. (attached)