3One data IES5028-4GS User manual

IES5028-4GS series
Managed Industrial Ethernet switch
User manual
Shenzhen 3onedata echnology Co., Ltd.
Tel: [phone] Fax: [phone]
www.3onedata.com
 Summarize 
IES5028-4GS se ies is managed indust ial Ethe net switch. The
IES5028-4GS indust ial Ethe net switches consists of 24 Ethe net
po ts and 4 gigabit optical po ts. The IES5028-4GS-2F consists of
22 Ethe net po ts, 2 Fibe po ts and 4 gigabit optical po ts. The
IES5028-4GS-4F consists of 20 Ethe net po ts, 4 Fibe po ts and
4 gigabit optical po ts. The IES5028-4GS-8F consists of 16
Ethe net po ts, 8 Fibe po ts and 4 gigabit optical po ts. The
IES5028-4GS-12F consists of 12 Ethe net po ts, 12 Fibe po ts
and 4 gigabit optical po ts. The IES5028-4GS-16F consists of 8
Ethe net po ts, 16 Fibe po ts and 4 gigabit optical po ts. The
IES5028-4GS-20F consists of 4 Ethe net po ts, 20 Fibe po ts and
4 gigabit optical po ts. The IES5028-4GS-24F consists of 24
Fibe po ts and 4 gigabit optical po ts that p ovide an economical
solution fo you indust ial Ethe net connection. IES5028-4GS
se ies with a single powe se ies and edundancy powe se ies of
two p oducts can be optional. Dual powe supply p oduct suppo t
edundancy backup function. The single powe supply p oducts
do not suppo t the edundancy function.
The IES5028-4GS se ies switches have an ope ating
tempe atu e ange of -40 to 75°C, and a e designed with low
consumption and without fan. The ugged ha dwa e design makes
the IES5028-4GS pe fect fo ensu ing that you Ethe net
equipment can withstand the igo s of indust ial applications.
 Packing list 
Please check the packaging and accesso ies by you fi st using.
Indust ial Ethe net switch

1
Use manual

1
Documentation and softwa e CD
 
Ce tificate of quality

1
Wa anty ca d

1
Please info m us o ou dist ibuto if you equipments have
been damaged o lost any accesso ies, we will t y ou best to
satisfy you.
 Feature 
High performance network exchange technology
Suppo t IEEE802.3, IEEE802.3u, IEEE 802.3x,IEEE802.3z,
IEEE802.1Q, IEEE802.1p, IEEE802.1D, IEEE802.1W
Suppo t 8K MAC add ess
Suppo t 12.8Gbps backboa d bandwidth
Suppo t flow statistics
10/100BaseT(X)(RJ45)
Sto e and Fo wa d switching p ocess type
Plug-and-play , auto MDI/MDI-X connection
Suppo t auto negotiation speed, F/H duplex mode, and auto
send data cont ol
SW-Ring ing netwo k patent technology (Fault ecove y
time<20ms

Suppo t WEB configu ation
Suppo t MAC add ess lea ning, aging automatic
Suppo t po t status display, data update.
Suppo t RSTP, IGMP, po t t unking and po t mi o ing
Suppo t ate cont ol, B oadcast sto m cont ol
Suppo t single o edundancy powe supply(100

240VAC)
Suppo t 1 channel elay ala m output (single powe se ies)
Suppo t 2 channel elay ala m output ( edundancy powe
se ies)
Reliable Industrial grade design
Indust ial g ade 4 design, -40-75

wo k tempe atu e
No fan deign
IP30 p otection g ade
19 inch ack mounting
 Panel layout 
IES5028-4GS-P (100~240VAC/DC)
Front panel

Rear panel
1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. The powe LED
6. Relay ala m LED
7. Rackmount ea s
8. Powe input and Relay output te minal block
9. 1000Base-FX SFP po t
10. 10/100BaseT(X) (RJ45) po ts
11. Rea panel connecto LEDs
IES5028-4GS-2F-P (100~240VAC/DC)
Front panel
Rear panel
1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. The powe LED
6. Relay ala m LED
7. Rackmount ea s
8. Powe input and Relay output te minal block
9. 1000Base-FX SFP po t
10. 10/100BaseT(X) (RJ45) po ts
11. 100Base-FX po ts
12. Rea panel connecto LEDs
IES5028-4GS-4F-P (100~240VAC/DC)
Front panel
Rear panel
1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. The powe LED
6. Relay ala m LED
7. Rackmount ea s
8. Powe input and Relay output te minal block
9. 1000Base-FX SFP po t
10. 10/100BaseT(X) (RJ45) po ts
11. 100Base-FX po ts
12. Rea panel connecto LEDs
IES5028-4GS-8F-P (100~240VAC/DC)
Front panel
Rear panel
1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. The powe LED
6. Relay ala m LED
7. Rackmount ea s
8. Powe input and Relay output te minal block
9. 1000Base-FX SFP po t
10. 10/100BaseT(X) (RJ45) po ts
11. 100Base-FX po ts
12. Rea panel connecto LEDs
IES5028-4GS-12F-P (100~240VAC/DC)
Front panel
Rear panel
1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. The powe LED
6. Relay ala m LED
7. Rackmount ea s
8. Powe input and Relay output te minal block
9. 1000Base-FX SFP po t
10. 10/100BaseT(X) (RJ45) po ts
11. 100Base-FX po ts
12. Rea panel connecto LEDs
IES5028-4GS-16F-P (100~240VAC/DC)
Front panel
Rear panel

1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. The powe LED
6. Relay ala m LED
7. Rackmount ea s
8. Powe input and Relay output te minal block
9. 1000Base-FX SFP po t
10. 10/100BaseT(X) (RJ45) po ts
11. 100Base-FX po ts
12. Rea panel connecto LEDs
IES5028-4GS-20F-P (100~240VAC/DC)
Front panel
Rear panel
1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. Relay ala m LED
6. The powe LED
7. Powe input and Relay output te minal block
8. 1000Base-FX SFP po t
9. 10/100BaseT(X) po ts
10. 100Base-FX po ts
11. Rea panel connecto LEDs
IES5028-4GS-24F-P (100~240VAC/DC)
Front panel
Rear panel
1. Resto e facto y settings
2. Console po t
3. Link/ACT LEDs
4. Systems unning LED
5. Relay ala m LED
6. The powe LED
7. Powe input and Relay output te minal block
8. 1000Base-FX SFP po t
9. 100Base-FX po ts
10. Rea panel connecto LEDs
 Power supply input 
The Indust ial Ethe net switches have singe powe and
edundancy powe two kinds of powe input. The singe powe
se ies ea panel p ovides 5 bit wi ing te minal fo
100~240VAC/DC powe ente ed (L/+, GND, N/-) and elay
output (R+, R-).The unmanaged Ethe net switch elay ala m
function is invalid. Te minal diag am is as follows:
The edundancy powe se ies ea panel p ovides two
te minal blocks (5 bits) fo P1 and P2 input. The edundant powe
can be used independently. P1 and P2 can supply powe at the
same time, once eithe of these two powe s fails, anothe powe
can acts as backup automatically to ensu e eliability of the
netwo k. Voltage input ange is 100

240VAC/DC (te minal
block defined as P1: L/+, GND, N/-; P2: L/+, GND, N/- ).
Impo tant notice:
1. Powe ON ope ation: fi st of all, inse t powe cable’s te minal
block into device’s powe po t, then inse t powe supply plug into
powe sou ce
2. Powe OFF ope ation: Fi st off all, unpin powe plug, then
st ike the te minal block, please take ca e of ope ation sequence.
 Relay connection 
Relay access te minals in the ea panel of the device, next to the
powe input pa ts, R+ and R- a e in the middle of the elay ala m
output section. It is used to detect both powe failu e and po t
failu e. The open ci cuit state in no mal non ala m state, when
the e is any ala m info mation to the closed state. This se ies of
single powe supply device is 1 elay ala m output, exte nal ala m
lights o ala m buzze o exte nal switch signal acquisition device
in o de to timely notify ope ato s when an ala m occu s. (Single
powe supply powe failu e ala m is not suppo ted)
 Console port 
This se ies p oduct p ovided 1pcs p ocedu e test po t based in
se ial po t. It adopts RJ45 inte face, located in top panel, can
configu e the CLI command th ough RJ45 to DB9 female cable.

 Dimension 
The se ies of p oducts a e the same size, and the numbe of the
Ethe net inte face is diffe ent. Unit (mm)
Single Powe Se ies
Redundancy Powe Se ies
 Communication connector 
10/100Base (X) Ethernet port
The pinout of RJ45 po t display as below, connect by UTP o STP.
The connect distance is no mo e than 100m. 100Mbps is used
120Ω of UTP 5; 10Mbps is used 120Ω of UTP 3, 4, 5.
RJ 45 po t suppo t automatic MDI/MDI-X ope ation. Can
connect the PC, Se ve , Conve te and HUB .Pin 1,2,3,6
Co esponding connections in MDI. 1→3, 2→6, 3→1, 6→2 a e
used as c oss wi ing in the MDI-X po t of Conve te and HUB.
10Base-T/100Base-TX a e used in MDI/MDI-X, the define of Pin
in the table as below.
NO. MDI signal MDI-X signal
1 TX+ RX+
2 TX- RX-
3 RX+ TX+
6 RX- TX-
4, 5, 7, 8 — —
Note

“TX±”T ansmit Data±

“RX±”Receive Data±

“—”Not Use.
MDI (straight-through cable)
MDI-X (Cross over cable)
MDI/MDI-X auto connection makes switch easy to use fo
custome s without conside ing the type of netwo k cable.
100Base-FX Fiber port
100Base-FX full-duplex SM o MM po t, SC/ST/FC type .The
fibe po t must be used in pai , TX (t ansmit) po t connect emote
switch’s RX ( eceive) po t; RX ( eceive) po t connect emote
switch’s TX (t ansmit) po t.
The optical fibe connection suppo ts the line to inst uct
enhance the eliability of netwo k effectively.
Suppose: If you make you own cable, we suggest labeling the
two sides of the same line with the same lette (A-to-A and
B-to-B, shown as below, o A1-to-A2 and B1-to-B2).
1000SFP fiber port(mini-GBIC)
1000BaseSFP fibe po t adopts gigabit mini-GBIC t ansmission,
can choice diffe ent SFP module acco ding to diffe ent t ansfe
distance. Fibe inte face must use fo pai , TX po t is t ansmit side,
must connect to RX ( eceive side). The fibe inte face suppo t loss
line indicato .
Suppose: If you make you own cable, we suggest labeling the
two sides of the same line with the same lette (A-to-A and
B-to-B, shown as below, o A1-to-A2 and B1-to-B2).
1 8

 LED Indicator 
LED indicto light on the f ont panel of p oduct, the function of
each LED is desc ibed in the table as below.
System Indication LED
LED State Desc iption
PWR
(P1, P2)
ON Powe is being supplied to
powe input PWR input
OFF Powe is not being supplied
to powe input PWR input
RUN
ON/OFF System is not unning well
Blinking System is unning well
Link/AC
(1~24/G1~G4)
ON Po t connection is active
Blinking Data t ansmitted
OFF Po t connection is not active
ALARM
ON Has ala m info mation
OFF No ala m info mation
 Installation 
Befo e installation, confi m that the wo k envi onment meet the
installation equi e, including the powe needs and abundant
space. Whethe it is close to the connection equipment and othe
equipments a e p epa ed o not.
1. Avoid in the sunshine, keep away f om the heat fountainhead o
the a ea whe e in intense EMI.
2. Examine the cables and plugs that installation equi ements.
3. Examine whethe the cables be seemly o not (less than 100m)
acco ding to easonable scheme.
4. Powe : 100-240VAC/DC powe input
5. Envi onment: wo king tempe atu e: -40

75

Sto age Tempe atu e: -40

85

Relative humidity 5%

95%
Rack mount installation
In most of indust ial application, it is convenience to use ack
mount installation, the step of installation is as follows:
1. Check if have ack mount installation tools and components
(The package p ovided pa ts of components)
2. Check installation place st ong o not, have the place to install
the device o not.
3. Put the device into ack, aim at the sc ew hole of device and
ack, fixed it in st ong sc ew. Easy and convenience to
ope ation.
Wiring Requirements
Cable laying need to meet the following equi ements,
1. It is needed to check whethe the type, quantity and
specification of cable match the equi ement befo e cable
laying;
2. It is needed to check the cable is damaged o not, facto y
eco ds and quality assu ance booklet befo e cable laying;
3. The equi ed cable specification, quantity, di ection and
laying position need to match const uction equi ements, and
cable length depends on actual position;
4. All the cable cannot have b eak-down and te minal in the
middle;
5. Cables should be st aight in the hallways and tu ning;
6. Cable should be st aight in the g oove, and cannot beyond the
g oove in case of holding back the inlet and outlet holes.
Cables should be banded and fixed when they a e out of the
g oove;
7. Use cable should be sepa ated f om the powe lines. Cables,
powe lines and g ounding lines cannot be ove lapped and
mixed when they a e in the same g oove oad. When cable is
too long, it cannot hold down othe cable, but st uctu e in the
middle of alignment ack;
8. Pigtail cannot be tied and swe ved as less as possible.
Swe ving adius cannot be too small (small swe ving causes
te ible loss of link). Its banding should be mode ate, not too
tight, and should be sepa ated f om othe cables;
9. It should have co esponding simple signal at both sides of the
cable fo maintaining.
 Specification 
echnology
Standa d: Suppo t IEEE802.3, IEEE802.3u, IEEE802.3x,
IEEE802.3z, IEEE802.1Q, IEEE802.1p, IEEE802.1D,
IEEE802.1W
P otocol: ARP

ICMP

TCP

UDP

DHCP

DNS

HTTP

Telnet,

SW-Ring

RSTP

SNMP
Flow cont ol: IEEE802.3x flow cont ol, back p ess flow cont ol
Function
Switch function: SW-Ring, QOS, 802.1QVLAN, RSTP, SNMP,
Po t t unking, static multicast filte , po t mi o ing,
bandwidth management, b oadcast sto m cont ol, po t
flow statistics, upg ade online, up and download
configu ation file, use name access system
SW-Ring: Suppo t Single, Couple, Chain, Dual homing
Exchange attribute:
100M fo wa d speed: 148810pps
1000M fo wa d speed: 1488100pps
T ansmit mode: sto e and fo wa d
System exchange bandwidth: 12.8G
MAC add ess table: 8K
Memo y: 4M
Interface

Elect ic po t: 10Base-T/100Base-TX auto speed cont ol, Half/full
duplex and MDI/MDI-X auto detect
100M optic fibe po t: 100Base-FX, SC/ST/FC connecto , suppo t
single mode (20/40/60/80Km optional), multi mode
(2Km), wavelength: 1310nm, 1550nm
1000M fibe po t: 1000Base-FX (SFP po t)
Console po t: debug se ial po t ca y out CLI command
Ala m po t: 2 bit te minal block
1 channel elay ala m output
ransfer distance:
Twisted cable: 100M (standa d CAT5/CAT5e cable)
Multi-mode: 1310nm, 2Km
Single-mode: 1310nm, 20/40/60Km
1550nm, 80/100/120Km
LED indicator:
Run indicato : Run
Inte face indicato : Link (1~24/G1~G4)
Powe supply indicato : PWR(P1, P2)
Ala m indicato : Ala m
Power supply
Input voltage: 100

240VAC/DC
Type of input: 3 bit te minal block
Ove load Cu ent P otection: 1.2A
Suppo t single powe se ies and dual supply se ies of two
p oducts can be optional.
Consumption
IES5028-4GS-P (100~240VAC/DC):
Unload consumption: 7.4W
Full load consumption: 13.1W
IES5028-4GS-2F-P (100~240VAC/DC):
Unload consumption: 8.7W
Full load consumption: 14.4W
IES5028-4GS-4F-P (100~240VAC/DC):
Unload consumption: 10.0W
Full load consumption: 15.7W
IES5028-4GS-8F-P (100~240VAC/DC):
Unload consumption: 12.6W
Full load consumption: 18.3W
IES5028-4GS-12F-P (100~240VAC/DC):
Unload consumption: 15.2W
Full load consumption: 20.9W
IES5028-4GS-16F-P (100~240VAC/DC):
Unload consumption: 17.8W
Full load consumption: 23.5W
IES5028-4GS-20F-P (100~240VAC/DC):
Unload consumption: 19.4W
Full load consumption: 24.1W
IES5028-4GS-24F-P (100~240VAC/DC):
Unload consumption: 22.0W
Full load consumption: 26.2W
Working environment:
Wo king tempe atu e: -40

75

Sto age tempe atu e:-40

85

Relative Humidity: 5%~95% (no condensation)
Mechanical Structure:
Shell: IP30 p otect g ade, metal shell
Installation: 19” 1U ack
Size (W×H×D): 441.6mm×45mm×208.9mm
Industry Standard:
EMI: FCC Pa t 15, CISPR (EN55022) class A
EMS: EN61000-4-2 (ESD), Level 4
EN61000-4-3 (RS), Level 3
EN61000-4-4 (EFT), Level 4
EN61000-4-5 (Su ge), Level 4
EN61000-4-6 (CS), Level 3
EN61000-4-8, Level 5
Shock: IEC 60068-2-27
F ee fall: IEC 60068-2-32
Vib ation: IEC 60068-2-6
Certification:
CE, FCC, RoHS, UL508 (Pending)
Warranty: 5 yea s