Hardware user manual
Contents
1. EMI FCC Part 15 CISPR EN55022 class A EMS EN61000 4 2 ESD Leve 4 EN61000 4 3 RS Level 3 EN61000 4 4 EFT Level 4 EN61000 4 5 Surge Level 4 EN61000 4 6 CS Level 3 EN61000 4 8 Level 5 Shock IEC 60068 2 27 Free fall IEC 60068 2 32 Vibration IEC 60068 2 6 Certification CE FCC RoHS UL508 Pending Warranty 5 years2. 42 pii 1 Restore factory settings 2 Console port 3 Link ACT LED 4 Systems running LED 5 The power LED 6 Relay alarm LED 7 Hangers 8 Power input and Relay output terminal block 9 10 100BaseT X RJ45 ports 10 100Base FX ports 11 Rear panel connector LED IES1024 4F P 100 240VAC Front panel 48 1216 20m AGOOG MARN 060606 Ome A i 9000090 a eG 60606006 ONN lant Pe T TE E 2 K 12 3 a 7 Rear panel ee a a a a a L O CME Co Fo fo po A soa i de le i J l E A ee e Se TE egy CO i 1 Restore factory settings 2 Console port 3 Link ACT LED 4 Systems running LED 5 The power LED 6 Relay alarm LED 7 Hangers 8 Power input and Relay output terminal block 9 10 100BaseT X RJ45 ports 10 100Base FX ports 11 Rear panel connector LED IES1024 8F P 100 240VAC Front panel L maf C um E E IE Te Pet H Sey O C AARA Nd PA La AE I ft AT O pr peee e o a Ee ey CO 1 Restore factory settings 2 Console port 3 Link ACT LED 4 Systems running LED 5 The power LED 6 Relay alarm LED 7 Hangers 8 Pow
3. L N R R The redundancy power series rear panel provides two terminal blocks 5 bits for P1 and P2 input The redundant power can be used independently P1 and P2 can supply power at the same time once either of these two powers fails another power can acts as backup automatically to ensure reliability of the network Voltage input range is 100 240VAC terminal block defined as P1 L GND N P2 L GND N Important notice 1 Power ON operation first of all insert power cable s terminal block into device s power port then insert power supply plug into power source 2 Power OFF operation First off all unpin power plug then strike the terminal block please take care of operation sequence Communication connector 10 100BaseT X Ethernet port The pinout of RJ45 port display as below connect by UTP or STP The connect distance is no more than 100m 100Mbps is used 120Q of UTP 5 10Mbps is used 120Q of UTP 3 4 5 RJ 45 port support automatic MDI MDI X operation Can connect the PC Server Converter and HUB Pin 1 2 3 6 Corresponding connections in MDI 1 3 2 6 3 1 6 2 are used as cross wiring in the MDI X port of Converter and HUB 10Base T 100Base TX are used in MDI MDI X the define of Pin in the table as below MDI signal MDI X signal Note TX Transmit Data RX Receive Data Not Use MDI straight through cable RJ45 8 T
4. 3onedata IES1024 series Industrial Ethernet switch User manual 3o0nedata Shenzhen 3onedata Technology Co Ltd Tel 86 755 26702668 Fax 86 755 26703485 www 3onedata com Summarize IES1024 series is a Plug and play unmanaged industrial Ethernet switch The IES1024 industrial Ethernet switches consists of 24 Ethernet ports The IES1024 2F industrial Ethernet switches consists of 22 Ethernet ports and 2 Fiber ports The IES1024 4F industrial Ethernet switches consists of 20 Ethernet ports and 4 Fiber ports The IES1024 8F industrial Ethernet switches consists of 16 Ethernet ports and 8 Fiber ports The IES1024 12F industrial Ethernet switches consists of 12 Ethernet ports and 12 Fiber ports The IES1024 16F industrial Ethernet switches consists of 8 Ethernet ports and 16 Fiber ports that provide an economical solution for your industrial Ethernet connection The IES1024 20F industrial Ethernet switches consists of 4 Ethernet ports and 20 Fiber ports The IES1024 24F consists of 24 Fiber ports that provide an economical solution for your industrial Ethernet connection The IES1024 series switches have an operating temperature range of 40 to 75 C and are designed with low consumption and without fan The rugged hardware design makes the IES1024 perfect for ensuring that your Ethernet equipment can withstand the rigors of industrial applications Packing list Please check the packaging and accessories by your first us
5. F P 100 240VAC Front panel Restore factory settings 2 J 4 5 6 7 8 9 10 Rear panel connector LED Console port Link ACT LED Systems running LED Relay alarm LED The power LED Power input and Relay output terminal block 10 100BaseT X RJ45 ports 100Base FX ports 1ES1024 24F P 100 240VAC Front panel Restore factory settings Console port Link ACT LED Systems running LED Relay alarm LED The power LED o gt a ge a oY r 7 Power input and Relay output terminal block 8 100Base FX ports 9 Rear panel connector LED Appearance and dimension This series of dimensions length width height between product series port number is different Unit mm o ell i Ool N gt 7 3 D A a o Q 0O 4 ao H SEES L AS H U J 7y TE TART 9 Ltr 7 Jpg OLY H 9 COP 9 ESP 5 g E Y L Leeeg Power supply input The IES1024 series Ethernet switch have singe power and redundancy power two kinds of power input The singe power series rear panel provides 5 bit wiring terminal for AC100 240V power entered L GND N and relay output R R The unmanaged Ethernet switch relay alarm function is invalid Terminal diagram is as follows
6. X 3 3 RX TX 6 6 RX RX l l ITX RX 2 2 i TX l MDI X Cross over cable RS i 8 1 RX TX 3 l RX TX Ry TX 6 2 RX TX TX RX l 3 ITX RX TX RX 2 6 TE RX MDI MDI X auto connection makes switch easy to use for customers without considering the type of network cable 100Base FX Fiber port 100Base FX full duplex SM or MM port SC ST FC type The fiber port must be used in pair TX transmit port connect remote switch s RX receive port RX receive port connect remote switch s TX transmit port The optical fiber connection supports the line to instruct enhance the reliability of network effectively Suppose If you make your own cable we suggest labeling the two sides of the same line with the same letter A to A and B to B shown as below or Al to A2 and B1 to B2 RX Sites ws TX rx TX RX FC to FC TX LED Indicator LED indictor light on the front panel of product the function of each LED is described in the table as below System Indication LED Power is being supplied to ow power input PWR1 input Power is not being supplied jor to power input PWR1 input ox Power is being supplied to power input PWR2 input a eae RUN fox roncon Link ACT 1 24 C ON OFF ON Power is not being supplied to power input PWR2 input ON OFF Installation Before installation confirm that the work environment meet the installation requi
7. ble 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 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 Specification Technology Standard Support IEEE802 3 IEEE802 3u IEEE 802 3x Flow control IEEE802 3x flow control back press flow control Exchange attribute 100M forward speed 148810pps Transmit mode store and forward System exchange bandwidth 12 8G MAC address table 8K Memory 4M Interface Electric port 10Base T 100Base TX auto speed control Half full duplex and MDI MDI X auto detect 100M optic fiber port 100Base FX SC ST FC connector support single mode 20 40 60 80Km optio
8. er input and Relay output terminal block 9 10 100BaseT X RJ45 ports 10 100Base FX ports 11 Rear panel connector LED 1ES1024 12F P 100 240VAC Front panel 1011 LARM 00GO0O Orm 9900009 0ra Id NGOLE i OO GOOG Gin a EB Ota aE 24 i 456 7 Rear panel Of ne 5 saa i N ee Cl fie By Re E8222 ogogo 04 14 5 0 8 18 290 Oo 4 48 5 8 8 E EAMA A 288 2 93 Ke a Oj 1011 1 Restore factory settings 2 Console port 3 Link ACT LED 4 Systems running LED 5 The power LED 6 Relay alarm LED 7 Hangers 8 Power input and Relay output terminal block 9 10 100BaseT X RJ45 ports 10 100Base FX ports 11 Rear panel connector LED IES1024 16F P 100 240VAC Front panel z HH e e o amp ma AA LELE N ol 1011 1 Restore factory settings 2 Console port 3 Link ACT LED 4 Systems running LED 5 The power LED 6 Relay alarm LED 7 Hangers 8 Power input and Relay output terminal block 9 10 100BaseT X RJ45 ports 10 100Base FX ports 11 Rear panel connector LED IES1024 20
9. ing Industrial Ethernet switch x 1 User manual x 1 Certificate of quality x 1 Warranty card x 1 Power adapter x 1 Please inform us or our distributor if your equipments have been damaged or lost any accessories we will try our best to satisfy you Feature High performance network exchange technology Support IEEE802 3 IEEE802 3u IEEE 802 3x Support 8K MAC address Support 12 8Gbps backboard bandwidth 10 100BaseT X RJ45 Store and Forward switching process type Plug and play auto MDI MDI X connection Support auto negotiation speed F H duplex mode and auto send data control Reliable Industrial grade design Industrial grade 4 design 40 75 C work temperature No fan deign IP30 protection grade 19 inch rack mounting Panel layout TES1024 P 100 240VAC Front panel a 10 22 20 18 0 Te 15i 3 J 1 a Pe 202 9G 18 AT 6 OO 48 4 Restore factory settings ia l Console port Link ACT LED Systems running LED The power LED Relay alarm LED Hangers Power input and Relay output terminal block 10 100BaseT X RJ45 ports eS pe op o BS a a gt Rear panel connector LED 1ES1024 2F P 100 240VAC Front panel
10. nal multi mode 2Km wavelength 1310nm 1550nm Console port Retain Alarm port Retain Transfer distance Twisted cable 100M standard CATS CATSe cable Multi mode 1310nm 2 5Km Single mode 1310nm 20 40 60Km 1550nm 80 100 120Km LED indicator Run indicator Run Interface indicator Link 1 24 Power supply indicator PWR1 PWR2 Power supply Input voltage 100 240VAC Type of input 3 bit terminal block Overload Current Protection 1 2A Consumption gt TES1024 P 100 240VDC Unload consumption 6 9W Full load consumption 9 4W gt 1TES1024 2F P 100 240VDC Unload consumption 8 2 W Full load consumption 10 7W gt IES1024 4F P 100 240VAC Unload consumption 9 5 W Full load consumption 12 0W gt 1IES1024 8F P 100 240VDC Unload consumption 12 1 W Full load consumption 14 6W gt 1IES1024 12F P 100 240VAC Unload consumption 14 7W Full load consumption 17 2W gt IES1024 16F P 100 240VDC Unload consumption 17 3W Full load consumption 19 8W gt IES1024 20F P 100 240VDC Unload consumption 18 8W Full load consumption 20 7W gt IES1024 24F P 100 240VAC Unload consumption 21 7W Full load consumption 22 9W Working environment Working temperature 40 75 C Storage temperature 40 85 C Relative Humidity 5 95 no condensation Mechanical Structure Shell IP30 protect grade metal shell Installation 19 1U rack Size WxHxD 441 6mmx45mmx208 9mm Industry Standard
11. re 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 Power 100 240VAC power input 5 Environment working temperature 40 75 C Storage Temperature 40 85 C Relative humidity 5 95 Rack mount installation In most of industrial application it is convenience to use rack mount installation the step of installation is as follows 1 Check if have rack mount installation tools and components The package provided parts of components 2 Check installation place strong or not have the place to install the device or not 3 Put the device into rack aim at the screw hole of device and rack fixed it in strong screw Easy and convenience to operation 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 ca
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