3onedata IES5028-4GS User Manual Download Page 6

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  optional),  multi  mode 

(2Km), wavelength: 1310nm, 1550nm 

1000M fiber port: 1000Base-FX (SFP port) 

Console port: debug serial port carry out CLI command   

Alarm port: 2 bit terminal block 

1 channel relay alarm output 

Transfer distance: 

Twisted cable: 100M (standard CAT5/CAT5e cable) 

Multi-mode: 1310nm, 2Km 

Single-mode: 1310nm, 20/40/60Km 

1550nm, 80/100/120Km

 

LED indicator: 

Run indicator: Run 

Interface indicator: Link (1~24/G1~G4) 

Power supply indicator: PWR(P1, P2) 

Alarm indicator: Alarm 

Power supply 

Input voltage: 100

240VAC/DC 

Type of input: 3 bit terminal block 

Overload Current Protection: 1.2A 

Support  single  power  series  and  dual  supply  series  of  two 

products 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: 

Working temperature: -40

75

 

Storage temperature:-40

85

 

Relative Humidity: 5%~95% (no condensation) 

Mechanical Structure: 

Shell: IP30 protect grade, metal shell 

Installation: 19” 1U rack 

Size (W×H×D)

441.6mm×45mm×208.9mm 

Industry Standard: 

EMI: FCC Part 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 (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 years 

Summary of Contents for IES5028-4GS

Page 1: ...designed with low consumption and without fan The rugged hardware design makes the IES5028 4GS 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 using Industrial Ethernet switch 1 User manual 1 Documentation and software CD Certificate of quality 1 Warranty card 1 Please inform...

Page 2: ...nning LED 5 The power LED 6 Relay alarm LED 7 Rackmount ears 8 Power input and Relay output terminal block 9 1000Base FX SFP port 10 10 100BaseT X RJ45 ports 11 100Base FX ports 12 Rear panel connector LEDs IES5028 4GS 8F P 100 240VAC DC Front panel Rear panel 1 Restore factory settings 2 Console port 3 Link ACT LEDs 4 Systems running LED 5 The power LED 6 Relay alarm LED 7 Rackmount ears 8 Power ...

Page 3: ...es 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 DC terminal block defined as P1 L GND N P2 L GND N Important notice 1 Power ON opera...

Page 4: ...onnection 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...

Page 5: ...tch 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...

Page 6: ...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 consu...

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