3onedata IES6000 Managed Industrial Ethernet Switch Installation Guide

: July 26, 2024
: 3onedata

Table of Contents

3onedata IES6000 Managed Industrial Ethernet Switch
Product Usage Instructions
FAQ
Package Checklist
Product Overview
Panel Design
Mounting Dimension
DIN-Rail Mounting
Power Supply Connection
Specification
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

3onedata IES6000 Managed Industrial Ethernet Switch

Specifications

Model: IES6000-4GP2HS-2P48-120W
Ports: 4 Gigabit Copper Ports, 2 2.5G SFP, 2 48PoE Power Supplies
Mounting: DIN-Rail
Power Supply: 12~48VDC, 48VDC rated voltage, 44VDC-55VDC maximum voltage range

Product Usage Instructions

Mounting Dimension:

Unit: mm

Product Overview:

This product is a Gigabit-managed DIN-Rail industrial Ethernet switch with various ports and power supplies.

Notice Before Mounting:

Avoid placing the device near water or moisture. Confirm the supported power supply specification before powering on. Do not touch the device surface directly after running to avoid burns.

DIN-Rail Mounting:

Check if the DIN-Rail mounting kit is installed firmly.
Insert the bottom of DIN-Rail mounting kit into DIN-Rail, then insert the top.
Confirm the product is firmly installed on DIN-Rail.

Disassembling DIN-Rail:

Power off the device. Shift out the top and bottom of the DIN-Rail mounting kit to disassemble.

Power Supply Connection:

This device provides 6-pin 5.08mm pitch input terminal blocks for two independent DC power supply systems. Ensure correct voltage range and connection.

FAQ

What should I do if any items in the package are damaged or lost?

If any items in the package are damaged or lost, please contact our company or dealers for assistance.

Address: 3/B, Zone 1, Baiwangxin High Technology
Industrial Park, Xili, Nanshan District, Shenzhen
Website: www.3onedata.com
Tel: +86 075526702688
Fax: +86 075526703485

Package Checklist

Please check the integrity of package and accessories while first using the switch.

Industrial Ethernet switch
Certification
Quick installation guide
Warranty card
DIN-Rail mounting attachment 6 CD

If any of these items are damaged or lost, please contact our company or dealers, we will solve it ASAP.

Product Overview

This product is Gigabit managed DIN-Rail industrial Ethernet switch. The model is: IES6000-4GP2HS-2P48-120W (4 Gigabit Copper Ports + 2 2.5G SFP + 2 2 48PoE Power Supplies)

Panel Design

Top view, bottom view and rear view

Front View

DIN-Rail mounting kit
Power input terminal (P1, P2)
Relay alarm output terminal block
DIP switch
Console port
Grounding screw
Power input status indicator P1
Relay alarm indicator ALM
Device running indicator RUN
Power input status indicator P2
Ethernet interface state indicator (1-6)
2.5G SFP slot
PoE state indicator (1-4)
10/100/1000Base-T(X) Gigabit Ethernet Interface

Mounting Dimension

Unit: mm

Notice Before Mounting:

Don’t place or install the device in area near water or moist, keep the relative humidity of the device surrounding between 5% ~95% without condensation.
Before power on, first confirm the supported power supply specification to avoid over-voltage damaging the device.
The device surface temperature is high after running; please don’t directly contact to avoid scalding.

DIN-Rail Mounting

The product adopts 35mm standard DIN-Rail mounting which is suitable for most industrial scenes, mounting steps as follows:

Step 1

Check if the DIN-Rail mounting kit is installed firmly.

Step 2

Insert the bottom of DIN-Rail mounting kit (one side with spring support) into DIN-Rail, and then insert the top into DIN-Rail.

Tips:

Insert a little to the bottom, lift upward and then insert to the top.

Step 3

Check and confirm the product is firmly installed on DIN-Rail, then mounting ends.

Disassembling DIN-Rai

Step 1 Power off device.
Step 2 After lifting the device upward slightly, first shift out the top of DIN-Rail mounting kit, and then shift out the bottom of DIN-Rail, disassembling ends.

Notice before power on:

Power ON operation: First insert the power supply terminal block into the device power supply interface, and then plug the power supply plug contact and power on.
Power OFF operation: First, remove the power plug, and then remove the wiring section of terminal block. Please pay attention to the above operation sequence.

Power Supply Connection

This device provides 6-pin 5.08mm pitch input terminal blocks, including 4 pins power supply terminal blocks on the left side.

It provides two independent DC power supply systems of P1 and P2. The power supply supports anti-reverse connection, which can prevent device from damage after it’s reversely connected, but it

cannot be powered on. Voltage range is as below:

Voltage range without using PoE function: 12~48VDC
Rated voltage: 48VDC
Maximum voltage range: 44VDC-55VDC

Relay Connection

This device provides 6-pin 5.08mm pitch input terminal blocks, and the relay occupies the right 2 pins. Relay terminals are a set of normally open contacts of the device alarm relay. They are open circuit in the state of normal non alarm, closed when any alarm information occurs. For example, they are closed when powered off, and send out alarm. The switch supports 1 relay alarm information output that can output DC power supply alarm information or network abnormality alarm. It can be connected to alarm light or alarm buzzer or other switching value collecting devices, which can timely inform operators when the alarm occurs.

DIP Switch Setting

Provide 4 pins DIP switch for function settings, where “ON” is enabled valid terminal. The device needsto be powered on again to change the status of DIP switch.

DIP switches definition as follows:

DIP	Definition	Operation

1

|

Restore Factory Settings

| Set the DIP switch to ON, the device will root automatically and restore to factory settings, then turn off the DIP switch.
2| Reserved| –
DIP| Definition| Operation
---|---|---
3| Reserved| –
4| Reserved| –

Checking LED Indicator

The device provides LED indicators to monitor the device working status with comprehensive simplified troubleshooting; the detailed status of each LED is described in the table as below:

LED	Indicate	Description

P1

P2

| ON| P2 is connected and running normally
OFF| P2 is disconnected and running

abnormally

ALM| ON| Power supply link has alarm
OFF| Power supply link have no alarm

RUN

| ON| The device is powered on or the

device is abnormal.

OFF| The device is powered off or the device is abnormal.
Blinking| Blinking 1 time per second, the

device is running well.

Link/Act (1-6)

|

ON

| The Ethernet interface has

established a valid network connection.

Blinking| The Ethernet interface is in a

network activity state.

OFF

| The Ethernet port has not

established a valid network connection

PoE port is powering PD normally

PoE(1-4)

| ON| PoE port is in the detection or fault
Blinking| state

PoE port is not connected to PD

OFF|

Specification

Panel|
---|---
2.5G SFP slot| 100/1000 Base-X self-adaption or 100/1000/2.5G Base-X

forced mode, SFP slot

Gigabit copper port| 10/100/1000 Base-T(X) self- adapting RJ45 port, half/full duplex self-adaption or forced working mode, support MDI/ MDI-X self-adaption
Console port| CLI command management port

(RS-232), RJ45

Alarm interface| 6-pin 5.08mm pitch terminal

blocks, alarm occupies 2 pins and 1 relay alarm information output is supported, the current load capability is 1A@30VDC or 0.3A@125VAC

Power supply indicator, run

PoE function: 12~48VDC; Rated voltage: 48VDC;

Maxium voltage range: 44VDC- 55VDC;

Support dual power supply redundancy, anti- reverse

connection

Access terminal block| 6-pin 5.08mm pitch terminal

blocks, power supply occupies 4 pins

Power Consumption|
---|---
No-load| 4.8W@48VDC
Full-load| <130W@48VDC
Working Environment|
Working temperature| -40〜75℃
Storage temperature| -40〜85℃
Working humidity| 5%〜95% (no condensation)
Protection grade| IP40 (metal shell)

[Disposal of Waste Electrical and Electronic Equipment (WEEE 2012/19/EU))

(Applicable in the EU-member states)

The crossed-out wheeled bin symbol on the equipment or its packaging indicates that the product, at the end of its service life, shall not be mixed with unsorted municipal waste but should be collected separately, in accordance with local lav vs and regulations. A proper separate collection of end-of-life equipment for the subsequent recycling, treatment and environmentally compatible disposal, will help prevent potential damage to the environment and human health, facilitating the reuse, recycling and/or recovery of its component materials. Private users should contact their vendor or municipal waste management service and ask for disposal information. Professional users should contact their suppliers and check the terms of their selling agreement. This product must not be disposed of with other commercial waste. Users’ cooperation in the correct disposal of this product will contribute to saving valuable resources and protecting the environment.