Moxa Technologies ioThinx 4510-T, ioThinx 4510 User Manual

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ioThinx 4510 Series User’s Manual

Edition 1.0, November 2018

www.moxa.com/product

ioThinx 4510 Series User’s Manual

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Moxa Europe

Tel: Fax: +49-89-3 70 03 99-99

Tel: Fax: +886-2-8919-1231

Moxa India

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The software described in this manual is furnished under a license agreement and may be used only in accordance with

the terms of that agreement.

Trademarks

The MOXA logo is a registered trademark of Moxa Inc.

All other trademarks or registered marks in this manual belong to their res pec tive manufacturers.

Disclaimer

Information in this document is subject to c hange witho ut no ti c e and doe s not represent a commitment on the part of Moxa.

Moxa provides this document as is, without warranty of any kind, either expressed or implied, including, but not limited to, its particular purpose. Moxa reserves the rig ht to make impro vem e nts and/o r changes to this manual, or to the products and/or the programs described in this manual , at any time.

Information provided in this manual is intended to be accurate and reliable. However, Moxa assumes no responsibility for its use, or for any infringements on the rights of third parties tha t may res ult fr om its use.

This product might include unintentional tec hnic al o r typographical errors. Changes are periodically made to the information herein to correct such errors, and these changes are incorporated into new editions of the public ation.

Technical Support Contact Information

www.moxa.com/support

-free: 1-888-669-2872 +1-714-528-6777

+1-714-528-6778

+49-89-3 70 03 99-0

-free: 800-820-5036 +86-21-5258-9955

+86-21-5258-5505

xa Asia-Pacific

+886-2-8919-1230

+91-80-4172-9088

+91-80-4132-1045

Safety Symbols

DANGER

Indicates a high injury.

WARNING

Indicates a moderate

CAUTION

Indicates a low injury.

NOTE

Indicates a potential malfunction w hic h, if no t avoided , w ill not r esult in d am age to property .

INFORMATION

This information is important for

-risk, imminently hazardous situation whic h, if no t avoided, will result in death or serious

risk, which, if not avoided can cause a potentially hazardous situation.

-risk, potentially hazardous situation w hi c h, if no t avoided , may res ult in minor or moderate

preventing errors.

Table of Contents

1. Preface .............................................................................................................................................. 1-1

Revision History ................................................................................................................................. 1-2

Relevant Models ................................................................................................................................. 1-2

Package Contents ............................................................................................................................... 1-2

Usage Scenarios ................................................................................................................................. 1-2

Hardware and Software Requirements ................................................................................................... 1-3

Safety Precautions .............................................................................................................................. 1-3

Additional Resources ........................................................................................................................... 1-4

2. Product Overview .............................................................................................................................. 2-1

Technical Data.................................................................................................................................... 2-2

Common Specifications ................................................................................................................ 2-2

Appearance ........................................................................................................................................ 2-3

Front View .................................................................................................................................. 2-3

Physical Dimensions .................................................................................................................... 2-4

LED Indicators .................................................................................................................................... 2-5

3. Hardware Installation ....................................................................................................................... 3-1

Wiring System and Field Power ............................................................................................................. 3-2

System Power ............................................................................................................................. 3-2

Field Power ................................................................................................................................. 3-3

Wiring Ethernet Ports .......................................................................................................................... 3-3

Wiring Serial Port(s) ............................................................................................................................ 3-4

Grounding the Unit ............................................................................................................................. 3-5

Connecting the System Power Ground ........................................................................................... 3-5

Connecting the Field Power Ground ............................................................................................... 3-5

Mounting the Unit ............................................................................................................................... 3-6

Installing the Unit on a DIN Rail .................................................................................................... 3-6

Removing the Unit from a DIN Rail ................................................................................................ 3-7

Installing Covers on the Device and the Right-Most I/O Module ......................................................... 3-8

Removing a Cover from the Right-Most Module ............................................................................... 3-8

Horizontal Installation .................................................................................................................. 3-9

Powering on the Unit ........................................................................................................................... 3-9

4. Software Tools .................................................................................................................................. 4-1

Preparing Software Tools ..................................................................................................................... 4-2

Connecting Web Console .............................................................................................................. 4-2

Preparing IOxpress Utility ............................................................................................................. 4-2

Preparing Moxa CLI Configuration Too l ........................................................................................... 4-2

Web Console ...................................................................................................................................... 4-3

Dashboard .................................................................................................................................. 4-4

System ...................................................................................................................................... 4-7

Security ................................................................................................................................... 4-10

Network ................................................................................................................................... 4-13

Module ..................................................................................................................................... 4-13

Serial Port ................................................................................................................................ 4-16

I/O .......................................................................................................................................... 4-19

Internal Register ....................................................................................................................... 4-26

Protocol ................................................................................................................................... 4-27

5. Quick Start Guide .............................................................................................................................. 5-1

Configuring the Unit ............................................................................................................................ 5-2

Login to the Unit ......................................................................................................................... 5-2

Configuring Module Settings ......................................................................................................... 5-2

Changing Device Name ................................................................................................................ 5-4

Changing Username & Password ................................................................................................... 5-4

Configuring Service Settings ......................................................................................................... 5-5

Configuring Account Settings ........................................................................................................ 5-5

Configuring Network Settings ........................................................................................................ 5-6

Configuring Serial Port & IR Settings .............................................................................................. 5-6

Configuring I/O Settings ............................................................................................................... 5-7

Configuring Modbus Address Settings ............................................................................................ 5-8

Configuring SNMP Settings ........................................................................................................... 5-9

Mass-deploying the Settings .............................................................................................................. 5-10

Updating Configuration to Multiple Units ....................................................................................... 5-13

Setting Date and Time to Multiple Units ....................................................................................... 5-14

Monitoring & Operating the Unit ......................................................................................................... 5-15

Monitoring Module & I/O Status .................................................................................................. 5-15

Monitoring Connection Status ..................................................................................................... 5-16

Exiting Safe Mode Status ............................................................................................................ 5-16

Maintaining the Unit .......................................................................................................................... 5-17

Backing up Configuration Files .................................................................................................... 5-17

Updating the Firmware ............................................................................................................... 5-17

Restarting the Unit .................................................................................................................... 5-18

Loading Factory Default Settings ................................................................................................. 5-19

A. Appendix ........................................................................................................................................... A-1

Network Port U s ag e ............................................................................................................................ A-2

Modbus/TCP Slave Rules ...................................................................................................................... A-2

Supported Function Code ............................................................................................................. A-2

Exception Code ........................................................................................................................... A-2

System Registers ........................................................................................................................ A-2

45MR-1600 (-T), 16 DIs Registers ................................................................................................. A-3

45MR-1601 (-T), 16 DIs Registers ................................................................................................. A-3

45MR-2404 (-T), 4 Relays Registers .............................................................................................. A-4

45MR-2600 (-T), 16 DOs Registers ................................................................................................ A-4

45MR-2601 (-T), 16 DOs Registers ................................................................................................ A-5

45MR-2606 (-T), 8 DIs, 8 DOs Registers ........................................................................................ A-5

45MR-3800 (-T), 8 AIs Registers ................................................................................................... A-6

45MR-3810 (-T), 8 AIs Registers ................................................................................................... A-6

45MR-4420 (-T), 4 AOs Registers .................................................................................................. A-7

45MR-6600 (-T), 6 RTDs Reg isters ................................................................................................ A-7

45MR-6810 (-T), 8 TCs Registers .................................................................................................. A-8

SNMP Rules ....................................................................................................................................... A-8

RESTful API Rules ............................................................................................................................... A-8

Supported Request Method ........................................................................................................... A-8

GET Request Components ............................................................................................................ A-9

PUT Request Components ............................................................................................................. A-9

RESTful API List .......................................................................................................................... A-9

Exception Code ......................................................................................................................... A-11

Troubleshooting ................................................................................................................................ A-11

Forgot username & password ...................................................................................................... A-12

Forgot IP address of the unit....................................................................................................... A-12

Failed to update firmware ........................................................................................................... A-13

Failed to update configuration ..................................................................................................... A-13

Failed to access the unit through IP address & IOxpress ................................................................. A-14

Failed to Enter System Ready Mode ............................................................................................. A-14



1. Preface

In this chapter, we explain the scope of and how to use this document. The following topics are covered in this chapter:

Revision History

Relevant Mo d els

Package Contents

Usage Scenarios

Hardware and Software Requirements

Safety Precautions

Additional Resources

ioThinx 4510 Series Preface

1-2

20 to 60°C operating

40 to 75°C operating

Revision History

Version Change Date

V1.0 First Release 2018-11-12

Relevant Models

This document is only applicable to the models lis te d belo w.

Model Name Description

ioThinx 4510 Advanced I/O, Ethernet network adapter, 3-in-1 serial port(s), -

temperature

ioThinx 4510-T Advanced I/O, Ethernet network adapter, 3-in-1 serial port(s), -

temperature

Package Contents

The following items are included in the produc t package.

• The ioThinx 4510 device

• Quick installation guide (Printe d )

• Warranty card

Usage Scenarios

The ioThinx 4510 Series can be used for the following applications:

1. PLC I/O expansion The ioThinx 4510 Series can be used to expand the number of I/O points on a P LC.

2. Remote I/O The ioThinx 4510 Series can be accessed by master software, such as SCADA software, using IT or OT

protocols to collect I/O data.

3. Modbus Gateway The ioThinx 4510 Series has one or more serial ports to connect se rial d evices. It collects serial data using

a Mod bus RTU master p rotocol, which ca n be accessed b y a PLC or mast er software wit h IT or OT protoc ols.

ioThinx 4510 Series Preface

1-3

DANGER

Never work on the device while the power source is switched on

power sources to the device

before

DANGER

Disconnect the p

replace components, or disconnect equipment unless the

area is known to be free of ignitable substances.

• If you connect or disconnect the Removable Terminal Block when field power is applied, an electrical arc can sure that power is removed

• If you connect or disconnect wiring while the power is on, an electr ic al arc can occur . This could cause an

•

WARNING

This unit is sensitive to Electrostatic Discharge, which can cause internal damage and affect operations. Follow these guidelines when you handle this unit:

•

WARNING

Check the voltage

the voltage provided by the power source matches

the

Hardware and Software Requirements

You will need the following har dware an d software to use the ioThinx 4510 Series.

• A power source that pr ov ides 12 to 48 VDC, and power w ir es

• A PC running a Windows OS with Chrome installed and an Ethernet cable

• 45MR modules, if available

• IOxpress software utility (op tional)

• Moxa CLI Configuration Tool (optional)

Safety Precautions

Please observe the following safety precautions when installing and using the ioThinx 4510 Series:

performing installation, repair, or maintenance work.

ower when you want to remove or

occur. This could cause an explosion when installed in hazardous locations. En or the area is nonhazardous before installation.

explosion in hazardous environments. Ensure that power is removed or the area is nonhazardous before installation.

Do not disconnect the unit unless the power has been disconnected or the area is known to be

nonhazardous. In a hazardous area, the unit must be powered down befo re remov i ng it.

. Disconnect all

Touch a grounded object to discharge potential static. Wear an approved grounding wristband . Do not touch connectors or pins on component boards . Do not touch circuit components inside the equi p ment. Use a static-safe workstation, if ava ilab le . Store the device in appropriate static-safe packag ing when not in use.

voltage required by the device.

supplied by the powe r source. Make sure

ioThinx 4510 Series Preface

1-4

WARNING

Check the voltage or current of the sensors or loads. sensors or loads co

WARNING

Connect your device to an earthed ground.

CAUTION

Do not use the device if the device is already

your devices function properly

CAUTION

Do not attempt to repair the

return the device to Moxa’s

customer

service department. Attempting to repair the device yourself could invalidate the device’s warranty

rresponds to the specifications of your 45M module before you connect the device.

device yourself. If your device needs to be r epai r ed,

Additional Resource s

Make sure the voltage and/or current indicated on the

damaged. Replace defective or damaged d evices to ensure th

Refer to the following documents for additio nal info rmation.

• Datasheets for the following products:

 ioThinx 4510 Series  ioThinx 4500 Series (45MR) Modules

• User’s Manual for the following produc ts :

 ioThinx 4500 (45M) Module Series  Moxa CLI Con figuration Tool



2. Product Overview

In this chapter, we give an overview of each of the 45MR modules. The following topics are covered in this chapter:

Technical Data

 Common Specifications

Appearance

 F ront View  Phy s ic a l D im e ns ions

LED Indicators

ioThinx 4510 Series Product Overview

2-2

Input/Output Int erface

Expansion Modul es

Note: Compatible with 45MR Series only

Ethernet Interface

10/100BaseT(X) Ports (RJ45 connector)

Ethernet Software Features

Industr ial Protocols

Modbus TCP Server (Slave) RESTful API SNMPv1/v2c/v3

Serial Interface

Serial Standards:

Connector:

Wiring: 16 to 28 AWG

Serial Software Features

Industrial Protocols:

System Power Parameter

Input Voltage:

Connector:

Wiring:

Field Power Parameter

Input

Connector:

Wiring:

Physical Characteristics

Dimensions:

Installation: DIN-rail

Environmental Limits

Operating Temperature:

Standard Models: Wide Temp. Models:

Technical Data

Common Specifications

: Up to 32

: 2

1 x RS-232/422 or 2 x RS-485 (2-wire)

Removable Terminal block

Modbus RTU Client (master)

12 to 48 VDC

Removable terminal block

12 to 26 AWG

Voltage: 12/24 VDC

Removable terminal block

12 to 26 AWG

42.3 x 99 x 75 mm (1.67 x 3.9 x 2.69 in)

-20 to 60°C (-4 to 140°F)

-40 to 75°C (-40 to 167°F)

ioThinx 4510 Series Product Overview

2-3

Appearance

Front View

ioThinx 4510 Series Product Overview

2-4

Physical Dimensions

Unit: mm (in)

ioThinx 4510 Series Product Overview

2-5

Power

Off: power off

NOTE

DO NOT DISCONNECT

INFORMATION

Refer to

in the troubleshooting section for addition information

about

LED Indicators

Labeling Indication LED Qty LED Color LED Action

System

1 Green

On: power on

FP Field Power 1 Green

RDY

L1/L2 Ethernet 1 for each Green/Amber

P1/P2 Serial 1 for each Green/Amber

System (Kernel)

Failed to Enter System Ready Mode

the system recovery process.

1 Green/Red

THE POWER OR NETWORK CABLE when the RDY LED is blinking slowly.

On: power on Off: power off Green: system ready Green slow blinking: booting up Red: system error or module mismatch Red slow blinking: loading factory def ault settings, upgrading firmware, or system recovery Red fast blinking: safe mode Off: power off Green: 100mb Amber: 10mb Blinking: data transmitting Off: disconnected Green: Tx Amber: Rx Non-simultaneous blinking: data transmitting Off: disconnected or no data transmitting



3. Hardware Installation

In this chapter, we describe how to install the 45MR modules. The following topics are covered in this chapter:

Wiring System and Field Power

 S y s te m Power  F i e ld Pow er

Wiring Ethernet Por t s Wiring Serial Port(s) Grounding the Unit

 C o nne cting the System Power Ground  C o nne cting the Field Power Ground

Mounting the Unit

 Installing the Unit on a DIN Rail  R e moving the Unit from a DIN Rail  Installing Covers on the Device and the Right-Most I/O Module  Removing a Cover from the Right-Most Module  Horizontal Installation

Powering on t he Unit

ioThinx 4510 Series Hardware Installation

3-2

NOTE

power supply. If only one of the

power

NOTE

are isolated from each other between them is recommended.

NOTE

Install the 45MR

the module where the power consumption would be exceeded.

NOTE

To avoid damaging your devices, r

the same time

Wiring System and Field Power

Wire range: 12 to 26 AWG (Ferrule diameter: 2.0 to 0.4 mm) Wire strip length: 10 mm

Unit: mm (in.)

owering the unit requires connecting both the s ystem and field power to the

sources is connec te d, the device may not work properly.

e recommended using different power supplies to ensure that the system power and field power

. If using the same power supply for system power and field power, 3 KV or above isola tio n

System Power

This device requires a 12 to 48 VDC system power input. The system power powers this device and the expansion modules via an inte r na l b us , which is g alv a nic ally c o nnecte d to the syste m power supply.

The amount of system current required to support an expansio n mod ule is 1 A. If more modules and more power consumption is needed, an additional power module (45MR -7210) is required. Below is an example:

• 10 x 45MR-1600 (59.4 mA) = 594 mA

• 5 x 45MR-3810 (187 mA) = 935 mA The total system current is 1.594 A, which is greater than 1 A. Therefore, an additional 45MR-7210 is needed.

-7210 to the left hand side of

eset all power su pplies c onnect ed to this device and 45MR-7210 modules

ioThinx 4510 Series Hardware Installation

3-3

NOTE

The 12/24 VDC field power supply can be connected directly to 45MR modules. If more connection points are needed, purchase 45MR

Rx+ (receive)

Field Power

This device provides 12/24 VDC field power input, which is a passive power supply without protection and the maximum current output is 2 A.

-7820 (8 x FP+ and 8 x FP-) modules.

Wiring Ethernet Ports

The maximum cable length of a 10/100BaseT connection is usually stated as 100 m (350 feet), but the actual limit for your application could b e longer or shorte r d epe nding on the amount of electrical noise in the environment. To minimize the amount of noise, Ethernet cables should not run parallel to power cables or other types of cables that generate electrical noise. The following diagram and table shows the pin assignments for the RJ45 Ethernet ports:

Pin Media Direct Interface Signal

1 Tx+ (transmit) 2 Tx- (transmit)

4 Not used 5 Not used 6 Rx- (receive) 7 Not used 8 Not used

ioThinx 4510 Series Hardware Installation

3-4

NOTE

Connect the signal device units. For insulated wire (shielding cable)

electrical noise, connect the cable shield

drain wire to the chassis ground.

NOTE

To ensure that wires are

of insulation off the

ends of the wires before connecting them to the terminal b lock

Wiring Serial Port(s)

Wire range: 16 to 28 AWG (Ferrule diameter: 1.2 to 0.3 mm) Wire strip length: 9.0 mm

Unit: mm (in.)

Pin RS-232 RS-422 RS-485 (P1/P2)

1 TXD TXD+ DATA1+ 2 RXD TXD- DATA13 RTS RXD+ DATA2+ 4 CTS RXD- DATA25 GND GND GND

common pin (e.g. GND pin on the serial port pin assig nme nt) betw een e ach of the serial

that is used to reduce

securely connected to terminal block connectors, strip 7 to 9 mm

ioThinx 4510 Series Hardware Installation

3-5

CAUTION

Grounding the Unit

This device has two ground pins. One pin is for system power and the other pin is for field power.

Connecting the System Power Ground

The system power ground connector is at the back of the unit. Once the device has been installed on a DIN rail, the system power ground connector will connect to the DIN rail.

or surge protection, connect the DIN rail to earth ground.

Connecting the Field Power Ground

Connect the field power ground pin ( ) to your field power ground.

ioThinx 4510 Series Hardware Installation

3-6

CAUTION

Be sure to codes dictating the maximum current allowable for each wire size. If currents exceed the maximum rating, the wires will overheat

equipment. For safety reasons, we recommend

using 2

DANGER

Never install the device while the power source is switche d on

note the maximum possible current for each power wire and common wire. Observ e all elec trical

, which could cause serious damage to your

mm diameter wire to connect to the power supply (e.g., 12 AWG).

Mounting the Unit

In this section, we describe how to mount the device on a DIN rail and how to unmount the device from a D IN rail.

Installing the Unit on a DIN Rail

Take the following steps to install the unit on a DIN rail. Step 1: Hook the mounting clip of the unit onto the DIN rail, and then lo wer the clip onto the DIN rail. At least

55 mm of space above the DIN rail should be kept free to ensure that the ins ta llation can be done correctly.

Step 2: Push the unit towards the DIN rail until the end of the mounting clip snaps into place.

ioThinx 4510 Series Hardware Installation

3-7

INFORMATION

the I/O module is inserted into the correct position, the connection between the internal bus and

the previous module is established.

NOTE

before removing the

device

When

Removing the Unit from a DIN Rail

Take the following steps to remove the unit from a DIN rail.

Step 1: Use your finger to pull the release tab on the lower part of the module.

Step 2: Press the release tab (item 1 in the figure) and then remove the CPU module from the DIN rail (item

2 in the figure).

isconnect all connections, including Ethernet, serial, and power cables, from the device

from the DIN rail.

ioThinx 4510 Series Hardware Installation

3-8

NOTE

The covers provide protection against

Installing Covers on the Device and the Right-Most I/O Module

Insert the covers on the left side of the device and on the right side of the I/O module that is installed furthest to the right. Make sure the covers cover the internal bus of the module.

electrostatic discharge.

Removing a Cover from the Right-Most Module

Before adding a new module to the right-most module, remove the cove r fir s t. Plac e your hand on the cover and slide it up as indicated in the diagram below.

ioThinx 4510 Series Hardware Installation

3-9

CAUTION

DO NOT install the device vertically

Horizontal Installation

Before installing the device, ensure there is enoug h space aro und the de v ice so that it can diss ipate heat. In order to ensure the device works properly, we suggest reserving the space shown in the figure below.

, as the fan-less heat dissipation design will no t perf orm as inte nded.

Powering on the Unit

After turning on the power supply, it will take 5 to 10 seconds for the operating system to boot up. The green Ready LED will illuminate continuously until the operating system is ready.



4. Software Tools

In this chapter, w e introduce which software tools can be used with this dev ic e . The following topics are covered in this chapter:

Preparing Software Tools

 C o nne cting Web Console  Preparing IOxpress Utility  Pr e paring Moxa CLI Configuration Tool

Web Console

 Dashboard  System  Security  Network  Module  S e r i al Por t  I/O  Internal Register  Protocol

ioThinx 4510 Series Software Tools

4-2

INFORMATION

Type

. If the IP address is not available, use

the IOxpress utility to search

by holding down the

RESET button to access the device through

NOTE

The

Preparing Software Tools

Connecting Web Console

The Web Console is already embedded in this device. Use the web con sole to check the device status, configure settings, or update the firmware of the device. Follow the steps be low to conne c t to the web console.

1. Connect the devic e to your PC thro ugh an Ethernet cable.

2. Power on the unit.

3. Open a web browser (Chrome is recommended) on y ou r PC, and type the default IP address shown on the model label of the unit.

in the IP addres s (if the IP address is not set by default)

for the device, or load the factory default settings

Preparing IOxpress Utility

The IOxpress Utility can be downloaded from the Moxa website at www.moxa.com. After downloading the file, unzip it and run setup.exe. The installation pro gr a m will g uid e yo u thro ugh the ins tall ation process.

The IOxpress utility c a n be used for any of the purposes below. Multiple devices can be used at one time.

• Update configurations to the device

• Get configurations from the device

• Update firmware of the device

• Set device date and time

• Restart the device

• Load the factory default settings Refer to the Mass-deploying the Settings section for detailed instructions.

ioThinx 4510 Series is only compatible with IOxpress v2.2 or later.

the default IP address.

Preparing Moxa CLI Configuration Tool

Moxa CLI Configuration Tool (MCC_Tool) can be downloaded from the Moxa website at www.moxa.com. After downloading the file, unzip it and run setup.exe. The installation program will guide you through the installation process.

It is a command line tool that provides the following functions to manage field devices.

• Report firmware versions

• Upgrade firmware

• Import/export configura tio n files

• Change password Management tasks can be performed ac cording t o which devi ces the u ser requir es (1 for single device or 1 for

multiple devices) and across differe nt s ubnet ne tworks. Refer to Moxa CLI Configuration Tool User’s Manual for detailed instructions.

ioThinx 4510 Series Software Tools

4-3

INFORMATION

Whenever any configuration is modified, the

Save &

Restart

NOTE

For security unattended.

Web Console

The Web Console is the main software tool to configure, monitor , and operate a device. If mass deploying to multiple devices is required, use IOxpr ess util ity ins te a d .

The Web Console is divided into three regions :

1. Title Panel: It provides Login, Save & Restart, and Logout functions.

2. Menu panel: It provides access to config ure the func tions or services.

3. Web page panel: The web page associated with the function selected in the Menu panel.

to make the changes effective.

reasons, click Logout when no longer accessing this device. DO NOT leave the web console

Save & Restart will become red and blink. Click

ioThinx 4510 Series Software Tools

4-4

Dashboard

The dashboard provides information about the system, modules, I/Os, and the connection status. It also allows you to exit the safe mode status or to change the I/O status.

System Information

The one page system information provides detaile d inf or mation for this device. For information regarding modules and I/Os, click Module & I/O to get the detailed information. For the status of external connections, click Connection to get the detailed information.

Exit Safe Mode: Manually exit the safe mode status of this device. Refer to the Security section for more information about the Safe Mode function.

ioThinx 4510 Series Software Tools

4-5

Module & I/O

The Module & I/ O provides information about modules and I/Os status. It also allows you to change the I/O status.

Module Drop-Down List: It lists all of the I/O modules of this device. Select the specific module for its module and I/O information.

Locate: Identify the physical location of the module and the module’s status L ED will b link gre e n.

DI Channel (DI Mode): It shows the s tatus of this c ha nnel. No operation is allowed.

DI Channel (Counter Mode): It shows the status of this channel. Type a value between 0 and 4294967295, and then click SET to set the current counter value. Click RUN or PAUSE to change the counter status.

DO Channel (D O Mode): It shows the status of this channel. Click ON or OFF to change the DO status.

ioThinx 4510 Series Software Tools

4-6

DO Channel (Pulse Mode): It show s the status of this channel. Click START or STOP to change the pulse

output status.

Relay Channel: It shows the status of this c hanne l. C lick ON or OFF to change the relay status.

AI Channel: It shows the status of this channel. Click RESET to reset the minimum and maximum values.

RTD Channel: It shows the status of this channel. Click RESET to reset the minimum and maximum values.

TC Channel : It s how s the status of this channel. Click RESET to reset the minimum and maximum values. Apply the reference temperature value in the calib ration field and click SET to execute calibration.

Connection

The connection page shows the connection status from other hosts. This information can assist you with managing your devices.

ioThinx 4510 Series Software Tools

4-7

INFORMATION

This device does not have a battery. Therefore, if the device is powered off, the system date and time will have to be set again.

after

rebooting.

System

This section introduces the functions of the device’s system.

Device Settings

Device Name: Set the name of this device (max length = 16, '.' is not allowed). Language: Select the language of the web console.

Time Settings

System Dat e & Ti m e: Select the date for the device. Click Set Time to set the time of the device. Enable NTP Server: Click the checkbox to enable date and time synchronization with the NTP sever. NTP Server: Set the URL or IP address of the NTP server. Sync Interval: Set the synchronization interval with the NTP s ever (unit: min(s), 1 t o 43200, default = 1440).

If the NTP server is not available, set the date and time of the device

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Output channels: set the channel status

Status: Red fast blinking until the error flag

NOTE

To exit "watchdogAlarmFlagClear" register through Modbus. Otherwise, output channels cannot be controlled via any access e.g. RESTful API or web console.

Watchdog

Safe Mode o n S er v ice: Select the service that you want to link the watchdog to in order to keep monitoring

the connection status (option: Modbus TCP Slav e ). Communication Watchdog for Safe Mode: The timeout value when the master of Safe Mode on Ser vi c e

is disconnected (unit: sec(s), 0 to 65535, 0 is disable). Auto Clear Safe Mode: Click the checkbox to enable or disable automatically clearing the safe mode status. Once the communication watchdog is timeout, the safe mode will be enabled. The behavior of ioThinx 4510 and

45MR modules are listed below:

ioThinx 451 0 45MR modules Behavior • Wait for Modbus/TCP Master’s re-connection

• Output channels cannot be controlled via any access e.g. RESTful API or web console

LED status RDY: Red fast blinking Status: Red fast blinking (applied to the

Once the connection is recovered, the behavior of the ioThinx 4510 and 45MR modules are listed below.

1. Auto Clear Safe Mode: Enabled

ioThinx 451 0 45MR modules Behavior Recovered to normal status Recovered to normal status LED status RDY: Green Status: Green

2. Auto Clear Safe Mode: Dis abled

ioThinx 451 0 45MR modules Behavior Status will remain on safe mode until the safe

mode flag is cleared.

LED status RDY: Red fast blinking until the error flag is

cleared manually

• Input channels: no change

• according to pre-defined safe mode settings

modules which have output channels only)

Status will remain on safe mode until the safe mode flag is cleared.

is cleared manually

the safe mode status, click the "Exit Safe Mode" button on the dashboard or type "0" to the

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NOTE

Do not disconnect the power or network cable

INFORMATION

Back

Configuration

Select File: Click Browse to select a configuration file to upd ate the device. Update network settings (IP, Gateway, etc.): Click the checkbox if the network settings need to be

updated.

Update to Device: Click Update to update the firmware to the device. Get from Device: Get the configuration file of the device. Load to Default: Load the factory default settings of the current firmware version.

up the configuration file before lo ading the f acto ry default configurations.

during the update process.

Firmware

Firmware: Click Browse to select a firmware file to update the device. Update to Device: Click Update to update the firmware to the device.

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NOTE

Do not disconnect the power or network cable during the update

NOTE

This system will load the backup firmware automatically to overwrite the corrupted one. When the system is in recovery mode, the RDY

recovery

process

INFORMATION

The update process cannot be canceled after "Update" is clicked.

INFORMATION

Back

NOTE

Do not

security of the

device, we suggest configuring secur i ty se tting s prior to other settings.

NOTE

If all services are disabled, this device will no longer be accessible, and you will need to load the factory default configuration

device supports firmware automatic reco v ery func tio n. I f the fir mware in the device is corrupted, the

is underway. After the recovery process is complete, you can update the firmware again.

Security

The Security section allows you to manage the security policy of the device.

Service Settings

expose the device to the public Internet without any security protection. To increase the

process.

LED will slowly blink red. DO NOT DISCONNECT the power cabl e w he n the

up the configuration file before updating the device f i r mware.

Enable/disable services to preve nt unwanted access. The Default configuration enable s Web Serv er.

s to access the device.

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NOTE

Change the default password in

INFORMATION

The default username is admin, and the default passwor d is moxa.

User Settings

Enable/Disable user type, or config ure the username and password for Administrator, Operator, and Users.

Type: Select a user type to change the username and password. Enable: Enable or disable the type you select. New Username: It allows you to change the username of the selected user type (Must be 1 to 30 characters

in length. Letters, numbers, and symbols are allow ed , but not spa c e s ).

Admin Password: T ype the password for the administrator to gain authorization to ma ke changes. New Password: It allows you to change the password of the selected user type (Must be 1 to 30 characters

in length and include at least one number and one symbol. Letters, number s , and symbols are allowed but spaces are not).

Confirm Password: Type in your new password ag ain.

order to enhance security when you first login.

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Account Settings

Idle Timeout: The timeout value when the user account is idle (unit: min(s), 0 to 1440 mins, default: 5 mins)

Note: 0 for disabled. Retry Failure Threshold: The maximum number of retries for the user account to log in (unit: time(s), 1 to

10 times, default: 5 times). Lockout Time: The timeout value for when the user account will be locked due to reaching the retry failure

threshold (unit: min(s), 1 to 60 mins, default: 5 mins). Login Failure Mess ag e: Create the message shown on the login webpage after the user account fails to log

in (character limit = 200). System Use Notificatio n: D efine the messa ge shown on the login webpage when the user account connects

to the Web Console (character limit = 200).

Access Control

Use IP Address/Netmask combinations to control which devices can access the device.

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INFORMATION

The

same IP

address

Network

This section introduces the Network settings function.

LAN Settings

IP Configurati on: Configure the following settings if Static IP is selected. If DHCP is s elected, the following

settings are not allowed (option: Static IP or DHCP).

IP Address: Set the IP address of the device (0 to 255). Netmask: Define the logical subdivision of an IP network and specify the network's available hosts (0 to 255). Gateway: Def i ne the router that can route the network traffic to the other network or Internet (0 to 255). DNS1 and DNS2: Define DNS server(s) that can translate URL to IP address (0 to 255).

Module

This section introduces the Module s e tting s f unc tio n.

IP address of the device must be unique. Two devices in the network cannot share the

as it causes an IP address conflic t.

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Edit: Click this butto n to enter edit mod e .

Save Settings: This button only appears in edit mode. Click this button to finish module settings and exit edit

mode.

Cancel: This button only appears in edit mode. Click this button to cancel module settings and exit edit mode.

Auto Matching : Click this button to automatically match all configured modules with all detected modules.

Load Default : C lic k this b utto n to lo ad the default settings of all configured modules.

Reload : Click this button to reload the mod ule setting s before entering edit mode.

Slot: The slo t position of the detected module. Detected Mo d u l e: The ph ysical module detected by the system. The yellow arrow allows you to insert the

specific module into the configured module.

Configured Module: The module settings for the detected module. A unique module name is required in the textbox (max. length = 16, “.” is not allowed).

The delete icon appears when you place your mouse over the place indicated below. It allows you to delete the configured module.

The drag icon allows you to drag the configured module and drop it to the position you need.

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NOTE

The detected module should match the config ured mod ule . Otherw is e , the Web Console will no t allow you to configure other settings.

NOTE

The detected module should match the config ured mod ule . Otherw is e , the Web Console will no t allow you to click

INFORMATION

Use

INFORMATION

Once the setting of a configured module is changed, the configured module will be highlighted by an orange

INFORMATION

highlighted by

Finish.

Auto Matching to quickly match the configured module with the dete cted module.

rectangle.

If the configured module does not match the detected module, the c onfigured module will be

a red rectangle.

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NOTE

The Port 2 tab is only available when the

Serial Port

This section introduces the serial por t settings function.

Port 1/Port 2

Click the tab to configure the settings of Port 1 or Port 2.

Mode: The standard of the serial device connected to this port (option: RS-232, RS-422, or RS-485 2-Wire). Baudrate: The data transmission rate (option: 300, 1200, 2400, 4800, 9600, 19200, 38400, 57600, or

115200 bps).

Parity: The method of detecting errors in transmiss io n (op tion: Ev e n, Odd, or No ne). Data Bits: The data bits in each character (option: 5, 6, 7, or 8).

Mode of the Port 1 is RS-485 2-Wire.

Stop Bits: The stop bits sent at the end of every character (option: 1 or 2). Flow Control: The handshaking method (option: None, RTC/CTS, or XON/XOFF).

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NOTE

A maximum of four Modbus RTU devices can be connected to one serial port

Modbus RTU Device

Device Drop-Down List: It shows the device name of the Modbus RTU devices. Select one of the devices to

configure its settings. The green ico n shows tha t data colle ction from the device is enabled.

Enable Device: Click the checkbox to enable data collection from the device. The icon beside the Mod b us device in the Device Drop-Down List will change from red to green after being enabled.

Device Name: Name of the Modbus device (max. length = 16; “.” is not allowed). Device ID: The device ID of this Modbus device (options: 1 to 247; default: 1). Advanced Button: Click this button to show/hide the following settings. Delay between Polls: The delay time after polling the Modbus register(s) of the Modbus device (unit: 100 ms;

100 to 3600000; 0 disabled; default: 10). Polling Timeout: The timeout value when polling data from the Modbus device (unit: 100 ms; 0 to 30000;

default: 30). Polling Retries: The maximum number of retries after a polling timeout occurs (options: 0 to 10; default: 3).

when the RS-485 mode is selected

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Modbus RTU Device Profile

Click Add New Profile to create a profile of the selecte d d evi ce.

After creating a new profile, configure the se tting s of the profile.

Profile Name: Name the profile of the Modbus device (max. length = 16; “.” is not a llowed ). Point Type: Set the corresponding Modbus point type setting (option: 01: Coil Status (R/W), 02: Input Status

(R), 03: Holding Register (R/W), or 04: Input Registe r (R ))

Start Address: Define the start address of this Modbus tag (0 to 65535). Length: Define the length of the coil (1 to 2000) or the register (1 to 125). Scan Rate: De f i ne how quick ly to poll the profile data (unit: 100 ms; 100 to 3600000; default: 10). IR Type: Set the internal register data type (option: BOOL, WORD, DWORD, or FLOAT). IR Start Index: Set the start number of the internal register for storing data. It only allows you to select

available internal registers , depe nd ing o n the length you define.

Swapped Value: Select a data conversion option.

IR Type Option

WORD 1. HiByte & LoByte

2. LoByte & HiByte

DWORD 1. HiWord & LoWord

2. LoWord & HiWord

FLOAT 1. HiWord & LoWord

2. LoWord & HiWord

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NOTE

The maximum

INFORMATION

Every channel in each module must have a different name .

Exception Code Setting - WORD IR Index: Set the internal register for exception code. It only allows you to select one of the available internal registers.

Delete this Profile: Click this butto n to delete this pr of ile .

I/O

This section introduces the I/O and IR (Internal Register) settings functions.

I/O Settings

Module Drop-Down List: It lists all the I/O modules of this device. Select the specific module for I/O

configuration.

number of Modbus RTU device profiles that can be created is 8.

Digital Input Channel Settings

Channel Mode Drop-Down List: It lists all of the channel modes, which can be operated by this channe l. Select DI or Counter mode for each channel (option: DI or Counter).

Channel Name: The channel name is used for representing this channel (max. length = 16, “.” is not allowed).

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NOTE

Not all DI channels support counter mode. Refer to

datasheet for

detailed

DI Mode

Filter: Software filtering is used to avoid switch bounces (unit: 500μs, 0 to 65535).

Counter Mode

Filter: Software filtering is used to avoid switch bounces (unit: 500μs, 0 to 65535). Power on Value: The initial counter value upon powering up (0 to 4294927695). Power on Status: The counter status upon powering up (option: ON or OFF). Power off Storage: Save counter value to memory during powering off. The saved value will be the initial

value upon next powering up (option: ON or OFF). Trigger: The channel accepts limit or proximity switc he s and co unts eve nts accor ding to the ON/OFF status.

When Rising e dge is selected, the counter value increases when the attached switch is pushed. When Falling edge is selected, the counter value increases when the switch is released. When Both is selected, the counter value increases when the attached switc h is pus hed or release d (option: Rising edge, Fa lling ed g e , o r Both).

specifications.

the ioThinx 4500 Series (45MR) Modules

Digital Output Channel Settings

Channel Mode Drop-Down List: It lists all of the channel modes, which can be operated by this channe l. Select DO or Pulse mode for each channel (optio n: DO or Pulse).

Channel Name: The channel name is used for representing this channel (max. length = 16, “.” is not allowed).

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NOTE

Not all

datasheet for

detailed

DO Mode

Power on Status: The DO status upon powering up (option: ON or OFF). Safe Mode Status: The DO status when the devic e is in safe mode (optio n: ON or OFF). Power on Delay: The time delay before triggering Power on Status after powering up (unit: sec (s), 0 to

65535).

Pulse Mode

Power on Status: The Pulse status upon powering up (option: ON or OFF). Safe Mode Status: The Pulse status w he n the devi ce is in safe mode (op tion: ON, OFF, or Hold Last). Power on Delay: The time delay before triggering Power on Status after powering up (unit: sec (s ), 0 to

65535). Pulse Count: The number of pulses per triggering (0 to 4294967295, “0” for continuous pulse output). On Width/Off Width: The high and low level widths of a pulse (unit: 500μs, 1 to 65535).

DO channels support pulse mode. Refer to the ioThinx 4500 Series (45MR) Modules

specifications.

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Relay Channel Settings

Channel Name: The channel name is used for representing this channel (max. length = 16, “.” is not allowed). Power on Status: The Relay status upon powering up (option: ON or OFF). Safe Mode Status: The Relay status when the dev ic e is in saf e mode (op ti o n: ON or OFF). Power on Delay: The time delay before triggering Power on Status after powering up (unit: sec (s ), 0 to

65535).

Analog Input Channel Settings

Current Module

Voltage Module

Channel Mode Drop-Down List: It lists all of the channel modes, which can be operated by this channe l. Select 0-20 mA, 4-20 mA burno ut, or 4-20 mA mode for each channel of the current module. Select 0-10 V or ±10 V mode for each channel of the voltag e module .

Channel Name: The channel name is used for representing this channel (max. length = 16, “.” is not allowed).

Disable Mode

The AI channel can be disabled. It only allows you to disable the channel one-by-one from the last AI channel. When a channel has been disabled, the sample rate of the remaining channels will be increased automatically.

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0-20 mA/4-20 mA burnout/4-20 mA/0-10 V/±10 V Mode

Burnout Value (only for 4-20 mA burnout mode): The 4–20 mA burnout mode is shown in the diagram

below.

The Burnout Value (default = 2 mA) is definable (unit: mA, 0.000 to 4.000). Whe n inp ut value s are in the burnout range, raw data will register as 0000h to indicate that the analog input has burned out. The definition of raw data can be found in the table below.

Range Modbus Data

0.000 ≤ AI < Burnout Value 0x0000h Burnout Value ≤ AI ≤ 20.000 mA Raw Data

AI > 20.000 mA 0xFFFFh

Point Measured Value: The 1st point value in the range of channel mode to be scaled to the 1st Point

1 Scaled Value (unit: mA, 4.000 to 20.000).

Point Measured Value: The 2nd point value in the range of channel mode to be scaled to the 2nd Point

2 Scaled Value (unit: mA, 4.000 to 20.000).

Unit: The unit of the mea s ured value.

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1st Point Scaled Val ue : The scaled value of the 1st point (-4294967295 to 4294967295).

Point Scaled Val ue: The scaled value of the 2nd point (-4294967295 to 4294967295).

Scaled Unit: The unit of the scaled value (max. length = 8, “.” is not allow ed).

RTD Channel Settings

Sensor Type Drop-Down List: It lists all of the sensor types, which can be connected to this channel. Select

the sensor type for each channel (option: PT50, PT100, PT200, PT500, PT1000, 310 ohms, 620 ohms, 1250 ohms, 2200 ohms, JPT100, JPT200, JPT500, JPT1000, NI100, NI200, NI500, NI1000, or NI120).

Channel Name: The channel name is used for representing this channel (max. length = 16, “.” is not allowed).

Point Measured Value: The 1st point value in the range of channel mode to be scaled to the 1st Point

Scaled Value (acceptable input value depends on the type of sensor).

Point Measured Value: The 2nd point value in the range of channel mode to be scaled to the 2nd Point

2 Scaled Value (acceptable input value depends on the type of sensor).

Unit: The unit of the mea s ured value.

Point Scaled Val ue : The scaled value of the 1st point (-4294967295 to 4294967295).

Point Scaled Val ue: The scaled value of the 2nd point (-4294967295 to 4294967295).

Scaled Unit: The unit of the scaled value (max. length = 8, “.” is not allowed).

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TC Channel Settings

Sensor Type Drop-Down List: It lists all of the sensor types, which can be connected to this channel. Select

the sensor type for ea ch channel (option: J Type, K Type , T Type , E Type , R Type , S Type , B Type , N Type , ±19.532 mV, ±39.062 mV, or ±78.126 mV).

Channel Name: The channel name is used for representing this channel (max. length = 16, “.” is not allowed).

Poi nt Measur ed Value: The 1st point value in the range of the channel mode to be scaled to the 1st Point

1 Scaled Value (acceptable input value depends on the type of sensor).

Point Measured Value: The 2nd point value in the range of the channel mode to be scaled to the 2nd

2 Point Scaled Value (acceptable input value depends on the type of sensor).

Unit: The unit of the mea s ured value.

Point Scaled Val ue : The scaled value of the 1st point (-4294967295 to 4294967295).

Point Scaled Val ue: The scaled value of the 2nd point (-4294967295 to 4294967295).

Scaled Unit: The unit of the scaled value (max. length = 8, “.” is not allowed ).

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Internal Register

This section introduces functions of I nterna l Register settings.

IR Type Drop-Down List: It lists all of the IR types. Select the IR type to modify or view its settings .

IR Quantity: Apply a number to adjust the quantity of the selected IR type. The total available IR quantity is

256.

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IR Information: The IR status window will pop-up after you click one of the IR blocks. The name is used for

representing this internal reg ister (m ax. length = 16, “.” is not allowed).

Protocol

This section introduces the protocol settings functions.

Modbus TCP Slave

The Modbus TCP Slave section shows the definition of the device’s Modbus registers. It allows you to define your own data point type or address of the Modbus registers. The point type and address of a register can be default, existing configuratio n, or user-defined.

Load Default: Click this button to load default settings of all Mod bus registers.

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Reload Configuration: Click this button to reload the configuration setting s of all Modbus registers.

Filter: Type characters into the textbox to filter the items in the Modbus Table .

Point Type Category: Click 01: Coil Status (R/ W), 02: Input Status (R), 03: Holding Register (R/W), or 04: Input Register (R) tab to see the registers under the specific point type.

Point Type Drop-Down List: Select the point type of the parameter when it needs to move to the other point

type. After you select the other point type, the parameter will disappear in the current-viewed category and will move to the point type category you just selected (optio n: 01, 02, 03, or 04).

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INFORMATION

Enable/disable this

INFORMATION

In the event that a conflict address value is entered, whenever you click on a different point type tab, the previous configurations will be re s tor ed to avo id the conflic t.

INFORMATION

Refer to

Start Address Textbo x: Change the value of the Start Address in the textbox (0 to 65535 or leave it blank). When there is no value in the textbox, it will be displayed in light yellow. When it conflicts with another register, it will be displayed in red. Revise the value to prevent addr ess conflict. You can use the Sort function to see where there is a conflict of addresses.

Sort: The default-sor te d column is the Slot from the lowe st to hig he s t slo t number. Click the green arrow to change the sorting method. Click the gray arrows on the other columns to sort that specific column.

SNMP

Modbus/TCP Slave Rules for the available Modbus register.

SNMP Settings

service through Security  Service Settings.

Version: Select one of the SNMP version options (option: v1 and v2c, v3 only, or v1 and v2c and v3), through

which the SNMP Manager can access the SNMP agent of the device.

Contact: Type the contact of the SNMP server (max length = 30). Location: Type the physical location of the SNMP ser ver (max le ng th = 30).

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INFORMATION

Enable/disable this service throug h

Security  Service Settings.

SNMPv1, SNMPv2c Settings

Read Community: Type the community string matching for read authentication (max length = 30, default =

"public"). Write Community: Type the community string matching for write authentication (max length = 30, default =

"private").

SNMPv3 Settings – Read Only

Username: Type the username for SNMP v3 settings (min. length = 1; max length = 30; A to Z, a to z, 0 to 9, symbols, spaces are no t allow ed, default = "v3ro").

Authentic ation Protocol: Select Disable, MD5, or SHA for the authe ntic ati o n pr otocol setting (default: MD5).

Authentic ation Password: Type the password for the authentication password setting s (min. length = 8;

max length = 16; A to Z, a to z, 0 t o 9, symbols, at least one symbol and one number, spaces are not allowed, default = "moxa-123").

Privacy Protocol: Select Disable or CBC-DES for privacy protocol setting (default: CBC-DES). Privacy Password: Type the password for the privacy password settings (min. length = 8; max length = 16;

A to Z, a to z, 0 to 9, symbols, at least one symbol and one number, spaces are not allowed, default = "moxa-123").

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INFORMATION

Refer to

SNMPv3 Settings – Read/Write

Username: T ype the username for the SNMP v3 settings (min. length = 1; max length = 30; A to Z, a to z, 0

to 9, symbols, spac e s are not allowed, default = "v3rw"). Authentic ation Protocol: Select Disable, MD5, or SHA for the authe ntic ati o n pr otocol settings (default:

MD5). Authentic ation Password: Type the password for the authentication password settings (min. length = 8;

max length = 16; A to Z, a to z, 0 t o 9, symbols, at least one symbol and one number, spaces are not allowed, default = "moxa-123").

Privacy Protocol: Select Disable or CBC-DES for privacy protocol settings (default: CBC-DES). Privacy Password: Type the password for the privacy password settings (min. length = 8; max length = 16;

A to Z, a to z, 0 to 9, symbols, at least one symbol and one number, spaces are not allowed, default = "moxa-123").

SNMP Rules for detailed SNMP OID information.



5. Quick Start Guide

The following topics are covered in this chapter:

Configuring the Unit

 Lo gin to the Unit  C o nfiguring Module Settings  Changing Device Name  C hanging Username & Password  Configuring Service Settings  Configuring Account Settings  Configuring Network Settings  C o nfiguring Serial Port & IR Settings  Configuring I/O Settings  Configuring Modbus Address Settings  Configuring SNMP Settings

Mass-deploying the Settings

 Updating Configuration to Multiple Units  S e tting Date and Time to Multiple Units

Monitoring & Operating the Unit

 Monitoring Module & I/O Status  Monitoring Connection Status  Ex iting Safe Mode Status

Maintaining the Uni t

 B ac k i ng up Co nfig uration Files  Updating the Firmware  R e s ta r ting the Unit  Loading Factory Default Settings

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Configuring the Unit

This section explains how to configure this device through the Web Console from the beginning. If you require additional information, pl e ase refe r to Prep aring Software Tools before reading this section.

Login to the Unit

Follow the steps to log in to the unit.

Step 1: Open your web browser and type the default IP address of the device, 192.168.127.254. Step 2: On the login page, type the default username/password (admin/moxa) to log in to the Web Console.

Configuring Module Settings

After you have logged in, you can see the dashboard or the module settings page. If the detected module matches the configured module, you will see the Dashboard as belo w. Then click Module in the Menu panel to go to the module settings page.

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If you see the module settings page as opposed to the das h boar d, click Edit to enter the edit mode and start editing the module settings.

In edit mode, if any detected module and configured mod ule do not matc h, the co nfig ured mod ule will be highlighted as shown below.

Click Auto Matching to m atch the conflicted modules. If not, you can use the “Auto Match” f unc ti o n or swap the mod ule to chang e the module seque nc e . If you want to re-arrange the 45MR modules automatically, you can click “Auto Match”.

If you want to change configurations, you can use the swap function. To swap the module sequence, move the point to the module, click the left button on the mouse and hold it. After the module color changes to green, you can move it to change the position of the module.

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

INFORMATION

The

Changing Device Name

Set the name of this device through System  Device S ettings. We recommend choosing a unique name for the device in order to easily differentiate it from other devices.

Changing Username & Password

In order to have higher levels of security, we recommend changing the username and password after your first log in. Click Security

User Settings as shown in the screenshot below.

default username is admin, and the default password is moxa.

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Configuring Service Settings

Click Security on the menu panel to enter the security settings page as shown b elow. For service settings, the user can enable or dis able the service in order to control access.

Configuring Account Settings

For account settings, the user can modify the parame ter s and define the login failure message and system usage notifications. If the user wants to know the access history, the ioThinx 4510 Series supports access log export, which can store up to 1000 records.

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Configuring Network Settings

Click Network on the menu panel to enter the network settings page as shown below. The ioThinx 4510 Series supports Ethernet daisy-chain topology with one MAC address. For this LAN port, it supports static IP and DHCP mode. The user can configure it via the LAN settings.

Configuring Serial Port & IR Settings

Click Serial Port on the menu panel to enter the serial port setting s pa g e . For more detaile d information, please r efer to the Serial Port chapter.

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Click Internal Register on the menu panel to enter the internal register settings page. For more detailed information, please refer to the Internal Register chapter.

Configuring I/O Settings

Click I/O on the menu panel to enter the I/O settings page. For more detailed information, please refer to the I/O Settings chapter.

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Configuring Modbus Address Settings

Click Modbus on the menu panel to enter the Modbus TCP Slave setting page. On this page, users can see all of the Modbus TCP addresses categorized by coil status, input status, holding register, and input register.

To change Modbus addresses, users can click Reload default Modbus address, Reload current device

address, or manually modify the addresses.

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Configuring SNMP Settings

Click SNMP on the menu panel to enter the SNMP setting s page as shown below.

The ioThinx 4510 Series supports SNMP V1, V2c, and V3 and after configuring it, please download the mib file from Moxa’s website. For detailed infor mati o n on the str uc ture of the mib file, please refer to the SNMP chapter.

ioThinx 4510 Series Quick Start Guide

5-10

CPU

Intel Pentium 4 CPU or higher

NOTE

The

INFORMATION

Mass-deploying the Settings

The mass-deploying function can be performed by IOxpress utility. IOxpress is a Windows utility and the system requirements are listed below:

OS Microsoft Windows 2000, XP or later

RAM Min. 512 MB, 1024 MB is recommended Network 10/100 Ethernet

ioThinx 4510 Series is only compatible with IOxpress v2.3 or later.

get the latest versio n of IOxpress, please download it from www.moxa.com

Users can change IP address, updat e configurations, change the device name, and set the date and time to multiple units by IOxpress. Before starting to use the mass-deploying function, please complete the following steps to search for all devices first.

Step 1: Make sure the IOxpress service is enabled in Security  Service Settings.

Step 2: Connect the devices by Ethernet cables and then power them on.

ioThinx 4510 Series Quick Start Guide

5-11

Step 3: Open IOxpress, go to the Device Library and click Device  Search in the menu.

ioThinx 4510 Series Quick Start Guide

5-12

NOTE

If the devices cannot be

Step 4: In the Search for Devices window, choose the product series you would like to search for in the By Product Series dropdown menu, and then click Submit. IOxpress will start to search the devices and list them

in the table.

found, check the network setting of the devices.

ioThinx 4510 Series Quick Start Guide

5-13

INFORMATION

Click

Updating Configuration to Multiple Units

IOxpress supports updating configuration of multiple units. Follow the steps to comp le te this task .

Step 1: Export the configuration file of a device through the Web Console. Refer to Backing up Configura tion Files for more details.

Step 2: Select Update Configuration to Device in the dropdown menu.

Step 3: Click the File column of the selected device in the table and then choose the configuration file from

Step 1.

Step 4: Select the device(s), type the Username and Password, and then click Submit. Then, IOxpress will start to execute the task on the selected devices. The su ccess message will show up in the Result column if the process is successfully completed.

Apply to All if the selected devices have the same settings.

ioThinx 4510 Series Quick Start Guide

5-14

INFORMATION

Click

Setting Date and Time to Multiple Units

The IOxpress supports setting the date and time of multiple units . Follow these steps to complete this task .

Step 1: Select Set Device Date & T ime in the dropdown button

Step 2: Select either Sync wi th PC or Ma nu al S et ti ng. For Manual Setting, type the Local Date and Time,

which will be set on the device(s). Step 3: Select the device(s), type the Username and Password, and then click Submit. IOxpress will start

to execute the task o n the selected devices. The success message will show up in the Result column if the process is successfully completed.

Apply to All if the selected devices have the same settings.

ioThinx 4510 Series Quick Start Guide

5-15

INFORMATION

The ioThinx 4510 Refer to

Monitoring & Operating the Unit

To monitor and operate the device, go to the Dashboard of the Web Console .

User Settings for the permission information of each profile.

Series supports three different user pr of ile s (Adm inis trator, Operator, and User).

Monitoring Module & I/O Status

Under the Dashboard of the Web Console, click Module & I/O to go to the module and I/O status web page.

The upper side of this page shows the module status, including Slot position, module Status, Firmware Version, Module Name, Model Name, and Serial Number. Click Locate to identify the physical location of the module. The module’s LED will blink green.

The lower side of the page shows the I/O status and allows you to operate the status of the output c ha nne ls , such as DO, Pulse, or Relay channels. Refer to the Module & I/O section for detailed information.

ioThinx 4510 Series Quick Start Guide

5-16

NOTE

Some brow sers established, the browsers Https con

Monitoring Connection Status

Under the Dashboard of the Web Console, click the Connection button to go to the connection status web page.

The connection status page lists the connection info rmation from other hosts.

may create more than one Web Https connection at the beginning. Once the conne c tion is

will only keep one and drop the others. Thus, it is normal that more than o ne Web

nection is listed in the table at the beginning.

Exiting Safe Mode Status

This device has a watchdog service to monitor the status of the pre-defined TCP connection (refer to Account Settings for detailed settings). If the pre-defined TCP connection has no response for a designated period, the

device will ente r the safe mode status. To exit safe mode status, log in to the device’s Web Console and click the Exit Safe Mode button to revert the device back to the normal mode.

ioThinx 4510 Series Quick Start Guide

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NOTE

When the device

Maintaining the Unit

This section introduces the maintenance functions of the ioThinx 4510 Series.

Backing up Configuration Files

This device can only be configured through the web console. After configuration, the configuration file can be retrieved from t h e device to per form backup and mass deployment. Follow the steps to retrieve the configuration file from the device.

Step 1: Go to the configuration page via Menu  System  Configuration Step 2: Click Download from Get from Device and choose the location to save the .cfg file.

Updating the Firmware

Follow the steps to update the firmware to the device.

Step 1: Go to the configuration page via Menu  System  Firmware Step 2: Click the Browse button to select a firmware file to update Step 3: Click the Update button to start the update process

is updating, do not turn the power off as it might corrupt the device.

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NOTE

Performing a f performing the

INFORMATION

This device does not have a battery. Therefore, if the device is powered off, the system date and time will have to be set again. If the NTP server is not available, set the

of the device after

rebooting

irmware update will delete the configurations in the device. Backup the configurations before

firmware update.

Restarting the Unit

This device will restart automatically after the firmware and configurations have been updated. The user can also restart the device manually.

Step 1: Click Save & R es tart on the right upper corner of the page.

Step 2: The device will confirm that you want to perform a restart. Click Restart D evice in order to restart the

device.

date and time

ioThinx 4510 Series Quick Start Guide

5-19

NOTE

Loading configuration

INFORMATION

Click

Loading Factory Default Settings

There are three ways to restore the device to factory default settings.

1. Follow the steps to load the facto ry default settings from the web console.

Step 1: Go to the configuration page via Menu  System  Configuration Step 2: Click Reset located under Load to Default and then the device will return to default settings.

2. Follow the steps to load the facto ry default settings from IOxpress.

the factory default settings will delete the configurations fro m this device. Please back up the

s before loading the factory default settings.

Step 1: Select Lo a d Fac to ry Default from the dropdow n menu.

Step 2: Select the device(s ), typ e the Username and Password, and then click Submit. IOxpress will

start to perform the task on th e s elected de vices. Th e su cces s m essa ge wil l sh ow u p in t he Result column when the process has been completed.

Apply to All if the selected devices have the same settings.

ioThinx 4510 Series Quick Start Guide

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3. Hold down the RESET button for 10 seconds to load factory default settings. The system will load the default settings and then restart the device. The system is ready when the RDY LED turns green.



A. Appendix

The following topics are covered in this appendix :

Network Port Usage Modbus/TCP Slave Rules

 Supported Function Code  Exception Code  System Registers  45MR-1600 (-T), 16 DIs Registers  45MR-1601 (-T), 16 DIs Registers  45MR-2404 (-T), 4 Relays Registers  45MR-2600 (-T), 16 DO s Re gisters  45MR-2601 (-T), 16 DO s Re gisters  45MR-2606 (-T), 8 DIs, 8 DOs Registers  45MR-3800 (-T), 8 AIs Registers  45MR-3810 (-T), 8 AIs Registers  45MR-4420 (-T), 4 AOs Register s  45MR-6600 (-T), 6 RTDs Registers  45MR-6810 (-T), 8 TCs Registers

SNMP Rules RESTful API Rules

 Supported Request Method  GET Request Components  PUT Request Components  RESTful API List  Exception Code

Troubleshooting

 F orgot username & password  F orgot IP address of the unit  F a ile d to upda te fir mware  F a ile d to upda te config uration  F a ile d to acce s s the unit thro ug h IP addr e s s & IOxpress  F a ile d to Ente r Sys te m Ready Mode

ioThinx 4510 Series Appendix

A-2

RESTful API

TCP

Disabled

Network Port Usage

Service Type TCP/UDP Port Default

DHCP UDP 68 Disabled Web Server TCP 80 Enabled

SNMP Agent UDP 161 Disabled HTTPs TCP 443 Disabled Modbus/TCP Slave TCP 502 Enabled Auto Search UDP 4800 Enabled IOxpress/CLI TCP 10124 Enabled

Modbus/TCP Slave Rules

Supported Function Code

Point Type Register

01: COIL STATUS 0xxxx R/W bit 1, 5, 15 02: INPUT STATUS 1xxxx R bit 2 03: HOLDING REGISTER 4xxxx R/W word 3, 6, 16 04: INPUT REG IST ER 3xxxx R word 4

Exception Code

Code Name Comments

1 ILLEGAL FUN CTION Function code is not valid. 2 ILLEGAL DATA ADDRESS Data addres s is not va lid . 3 ILLEGAL DATA VALUE Writing value is not accepted. 4 SLAVE DEVICE FAILURE Unrecoverable error occurred.

System Registers

01: COIL STATUS Parameter Description Length Type

boolInternalRegister BOOL Internal Register (BIR) 48 BOOL

02: INPUT STATUS Parameter Description Length Type

watchdogAlarmFlag Watchd og alarm flag status (0: Normal, 1:

Access Type Supported Function Code

(decimal)

1 BOOL

alarm)

03: HOLDING REGISTER Parameter Description Length Type

wirValue WORD IR - Value 48 WORD dirValue DWORD IR - Value 96 DWORD firValue FLOAT IR - Value 96 REAL

ioThinx 4510 Series Appendix

A-3

number English character : e.g. TAGCB1100001

Overflow)

Parameter

Description

Length

Type

04: INPUT REGISTER Parameter Description Length Type

modbusRtuMasterDeviceStatus Modbus/RTU Master - device status 4 WORD modbusRtuMasterprofileErrorCode Modbus/RTU Master - profile error cod e 8 WORD deviceName device name 8 BYTE deviceDate device date

e.g. 2016/06/28 -> 20160628

deviceTime device local time

e.g. 15:48:25 -> 154825 deviceUpTime unit: sec(s) 2 DWORD firmwareVersion Each byte represents ASCII code. e.g. 1.2.3

--> V1.2.3 , 11.13.12 -->V11.13.12

firmwareBuildDate Each byte represents ASCII code. E.g.

16051718 --> Build16051718 serialNumber Each byte represents ASCII code of serial

lanMac MAC address 4 BYTE lanIp IP address 2 BYTE systemError System Error 1 WORD

2 DWORD

4 BYTE

6 BYTE

45MR-1600 (-T), 16 DIs Registers

01: COIL STATUS Parameter Description Length Type

diCounterStatus DI - Co unter mode - status (0: Paus e , 1 : Run) 4 BOOL diCounterOverflowFlagClear DI - Counter mode - clear overflow flag (1: Clear) 4 BOOL

02: INPUT STATUS Parameter Description Length Type

diStatus DI - DI mode - status (0 : OFF, 1: ON) 16 BOOL diMode DI - mode (0: DI, 1: Counter) 16 BOOL diCounterOverflowFlag DI - Counter mode - overflow flag (0: Normal, 1:

03: HOLDING REGISTER Parameter Description Length Type

diCounterValue DI - Counter mode - value 8 DWORD diCounterStatusAll DI - Counter mode - status (0: Pause, 1: Run) 1 WORD diCounterOverflowFlagClearAll DI - Counter mode - clear overflow flag (1: Clear) 1 WORD

04: INPUT REGISTER Parameter Description Length Type

diStatusAll DI - DI mode - status (0: OFF, 1: ON) 1 WORD diCounterOverflowFlagAll DI - Co unter mode - overflow flag (0: Normal, 1:

Overflow)

diModeAll DI - mode (0: DI, 1: Counter) 1 WORD

4 BOOL

1 WORD

45MR-1601 (-T), 16 DIs Registers

01: COIL STATUS

diCounterStatus DI - Co unter mode - status (0: Paus e , 1 : Run) 4 BOOL diCounterOverflowFlagClear DI - Counter mode - clear overflow flag (1: Clear) 4 BOOL

ioThinx 4510 Series Appendix

A-4

Overflow)

Parameter

Description

Length

Type

Parameter

Description

Length

Type

02: INPUT STATUS Parameter Description Length Type

diStatus DI - DI mode - status (0 : OFF, 1: ON) 16 BOOL diMode DI - mode (0: DI, 1: Counter) 16 BOOL diCounterOverflowFlag DI - Counter mode - overflow flag (0: Normal, 1:

03: HOLDING REGISTER Parameter Description Length Type

04: INPUT REGISTER Parameter Description Length Type

diStatusAll DI - DI mode - status (0: OFF, 1: ON) 1 WORD diCounterOverflowFlagAll DI - Co unter mode - overflow flag (0: Normal, 1:

Overflow)

diModeAll DI - mode (0: DI, 1: Counter) 1 WORD

4 BOOL

1 WORD

45MR-2404 (-T), 4 Relays Registers

01: COIL STATUS

relayStatus Relay - Relay mode - status (0: OFF, 1: ON) 4 BOOL relayCurrentCountReset Relay - reset current count (1: Re set) 4 BOOL

03: HOLDING REGISTER Parameter Description Length Type

relayStatusAll Relay - Relay mode - status (0: OFF, 1: ON) 1 WORD

04: INPUT REGISTER Parameter Description Length Type

relayTotalCount Relay - total count 8 DWORD relayCurrentCount Relay - current count 8 DWORD

45MR-2600 (-T), 16 DOs Registers

01: COIL STATUS Parameter Description Length Type

doStatus DO - status (0: OFF, 1: ON) 16 BOOL doPulseStatus DO - Pulse mode - status (0: Stop, 1: Start) 4 BOOL

02: INPUT STATUS Parameter Description Length Type

doMode DO - mode (0: DO, 1: Pulse) 16 BOOL

03: HOLDING REGISTER

doStatusAll DO - status (0: OFF, 1: ON) 1 WORD doPulseCount DO - Pulse mode - count 8 DWORD doPulseOnWidth DO - Pulse mode - ON width (unit: 500 us) 4 WORD doPulseOffWidth DO - Pulse mode - OFF width (unit: 500 us) 4 WORD doPulseStatusAll DO - Pulse mode - status (0: Stop, 1: Start) 1 WORD

ioThinx 4510 Series Appendix

A-5

Parameter

Description

Length

Type

diCounterStatusAll

DI - Counter mode - status (0: Pause, 1: Run)

WORD

04: INPUT REGISTER Parameter Description Length Type

doModeAll DO - mod e (0: DO, 1: Pulse) 1 WORD

45MR-2601 (-T), 16 DOs Registers

01: COIL STATUS Parameter Description Length Type

doStatus DO - status (0: OFF, 1: ON) 16 BOOL doPulseStatus DO - Pulse mode - status (0: Stop, 1: Start) 4 BOOL

02: INPUT STATUS

doMode DO - mode (0: DO, 1: Pulse) 16 BOOL

03: HOLDING REGISTER Parameter Description Length Type

04: INPUT REGISTER Parameter Description Length Type

doModeAll DO - mod e (0: DO, 1: Pulse) 1 WORD

45MR-2606 (-T), 8 DIs, 8 DOs Registers

01: COIL STATUS Parameter Description Length Type

doStatus DO - status (0: OFF, 1: ON) 8 BOOL diCounterStatus DI - Co unter mode - status (0: Paus e , 1 : Run) 2 BOOL diCounterOverflowFlagClear DI - Counter mode - clear overflow flag (1: Clear) 2 BOOL doPulseStatus DO - Pulse mode - status (0: Stop, 1: Start) 2 BOOL

02: INPUT STATUS Parameter Description Length Type

diStatus DI - DI mode - status (0 : OFF, 1: ON) 8 BOOL diMode DI - mode (0: DI, 1: Counter) 8 BOOL doMode DO - mode (0: DO, 1: Pulse) 8 BOOL diCounterOverflowFlag DI - Counter mode - overflow flag (0: Normal, 1:

Overflow)

03: HOLDING REGISTER Parameter Description Length Type

diCounterValue DI - Counter mode - value 4 DWORD doStatusAll DO - status (0: OFF, 1: ON) 1 WORD doPulseCount DO - Pulse mode - count 4 DWORD doPulseOnWidth DO - Pulse mode - ON width (unit: 500 us) 2 WORD doPulseOffWidth DO - Pulse mode - OFF width (unit: 500 us) 2 WORD doPulseStatusAll DO - Pulse mode - status (0: Stop, 1: Start) 1 WORD

2 BOOL

diCounterOverflowFlagClearAll DI - Counter mode - clear overflow flag (1: Clear) 1 WORD

ioThinx 4510 Series Appendix

A-6

diModeAll

DI - mode (0: DI, 1: Counter)

WORD

aiResetMaxValue

AI - reset maximum value (1: Reset)

BOOL

04: INPUT REGISTER Parameter Description Length Type

diStatusAll DI - DI mode - status (0: OFF, 1: ON) 1 WORD diCounterOverflowFlagAll DI - Co unter mode - overflow flag (0: Normal, 1:

Overflow)

doModeAll DO - mod e (0: DO, 1: Pulse) 1 WORD

1 WORD

45MR-3800 (-T), 8 AIs Registers

01: COIL STATUS Parameter Description Length Type

aiResetMinValue AI - reset minimum value (1: Rese t) 8 BOOL aiResetMaxValue AI - reset maximum value (1: Reset) 8 BOOL

03: HOLDING REGISTER Parameter Description Length Type

aiResetMinValueAll AI - reset minimum value (1: Reset) 1 WORD aiResetMaxValueAll AI - reset maximum v alue (1 : Reset) 1 WORD

04: INPUT REGISTER Parameter Description Length Type

aiValueRaw AI - raw value 8 WORD aiValueRawMin AI - minimum raw value 8 WORD aiValueRawMax AI - maximum raw value 8 WORD aiValueScaled AI - scaled value 16 REAL aiValueScaledMin AI - minimum scaled value 16 REAL aiValueScaledMax AI - maximum scaled value 16 REAL aiStatus AI - status (0: normal, 1: burnout, 2: over

range, 3. under range) aiBurnoutValueScaled AI - scaled burnout value 16 REAL aiMode AI - mode (0: disable, 1: 0-10 V, 2: 0-20 mA, 3:

4-20 mA burnout, 4: 4-20 mA, 5: ±10 V)

45MR-3810 (-T), 8 AIs Registers

01: COIL STATUS Parameter Description Length Type

aiResetMinValue AI - reset minimum va lue (1: Re s e t) 8 BOOL

03: HOLDING REGISTER Parameter Description Length Type

aiResetMinValueAll AI - reset minimum value (1: Reset) 1 WORD aiResetMaxValueAll AI - reset maximum v alue (1 : Reset) 1 WORD

8 WORD

ioThinx 4510 Series Appendix

A-7

status (0: normal, 1: burnout, 2: over range,

Parameter

Description

Length

Type

20 mA, 3:

rtdValueScaled

RTD - scaled value

REAL

30: NI100, 31:

04: INPUT REGISTER Parameter Description Length Type

aiValueRaw AI - raw value 8 WORD aiValueRawMin AI - minimum raw value 8 WORD aiValueRawMax AI - maximum raw value 8 WORD aiValueScaled AI - scaled va lue 16 REAL aiValueScaledMin AI - minimum scaled value 16 REAL aiValueScaledMax AI - maximum scaled value 16 REAL aiStatus AI -

3. under range) aiBurnoutValueScaled AI - scaled burnout value 16 REAL aiMode AI - mode (0: disable, 1: 0-10 V, 2: 0-20 mA, 3:

4-20 mA burnout, 4: 4-20 mA, 5: ±10 V)

8 WORD

45MR-4420 (-T), 4 AOs Registers

03: HOLDING REGISTER Parameter Description Length Type

aoValueRaw AO - raw value 4 WORD aoValueScaled AO - scaled value 8 WORD

04: INPUT REGISTER

aoMode AO - mode (0: disable, 1: 0-10 V, 2: 0-

4-20 mA, 4: ±10 V)

45MR-6600 (-T), 6 RTDs Registers

01: COIL STATUS Parameter Description Length Type

rtdResetMinValue RTD - reset minimum value (1: Reset) 6 BOOL rtdResetMaxValue RTD - reset maximum value (1: Reset) 6 BOOL

03: HOLDING REGISTER Parameter Description Length Type

rtdResetMinValueAll RTD - reset minimum value (1: Reset) 1 WORD rtdResetMaxValueAll RTD - reset maximum value (1: Reset) 1 WORD

04: INPUT REGISTER Parameter Description Length Type

rtdValueScaledMin RTD - minimum scaled value 12 REAL rtdValueScaledMax RTD - maximum scaled value 12 REAL rtdType RTD - Type (0: PT50, 1: PT100, 2: PT200, 3:

PT500, 4: PT1000; 14: 310 Ohm, 15: 620 Ohm, 16: 1250 Ohm, 17: 2200 O hm; 20 : JPT 100, 21: JPT200, 22: JP T5 00, 2 3: J P T1 000; NI200, 32: NI5 00, 33: NI1000, 34: NI120)

rtdStatus RTD - Status (0: normal, 1:burnout) 6 WORD

4 WORD

6 WORD

ioThinx 4510 Series Appendix

A-8

4: R Type, 5: S Type, 6: B Type, 7: N Type,

OID

Type

45MR-6810 (-T), 8 TCs Registers

01: COIL STATUS Parameter Description Length Type

tcResetMinValue TC - reset minimum value (1: Reset) 8 BOOL tcResetMaxValue TC - reset maximum value (1: Reset) 8 BOOL

03: HOLDING REGISTER Parameter Description Length Type

tcResetMinValueAll TC - reset minimum value (1: Reset) 1 WORD tcResetMaxValueAll TC - reset maximum value (1: Reset) 1 WORD

04: INPUT REGISTER Parameter Description Length Type

tcValueScaled TC - scaled value 16 REAL tcValueScaledMin TC - minimum scaled value 16 REAL tcValueScaledMax TC - maximum scaled value 16 REAL tcType TC - Type (0: J Type, 1: K Type, 2: T Type, 3: E

Type, 14: ±78.126 mV, 15: ±39.062 mV, 16: ±19.532 mV)

tcStatus TC - Status (0 : nor m al, 1:b urno ut) 8 WORD

8 WORD

SNMP Rules

All OIDs of this device begin with .1.3.6.1.4 .1.8691.10.4510. The data can be read or written by a network management software with the following OIDs . Download the latest version of the MIB file from

www.moxa.com

.1.3.6.1.4.1.8691.10.4510.1 systemInfo .1.3.6.1.4.1.8691.10.4510.11 di .1.3.6.1.4.1.8691.10.4510.12 do .1.3.6.1.4.1.8691.10.4510.13 relay .1.3.6.1.4.1.8691.10.4510.21 ai .1.3.6.1.4.1.8691.10.4510.23 rtd .1.3.6.1.4.1.8691.10.4510.24 tc .1.3.6.1.4.1.8691.10.4510.41 internalRegister

for additional information.

RESTful API Rules

Supported Request Method

Request Description

GET The G ET metho d is used to retrie ve information from the given server using a given URI.

Requests using GET should only retrieve data and should have no other effect on the data. PUT Replaces all the current representatio ns of the targe t reso ur c e with the uplo aded content. OPTIONS Describe the communication options for the tar get re source.

ioThinx 4510 Series Appendix

A-9

overflow flag (0: Normal, 1:

GET Request Components

Component Content Description

Request Method GET Use GET request to retrieve information URL http://{IP address}/{RESTful API} Refer to RESTful API List Headers Accept: vdn.dac.v2

Content-Type: application/j s on

Headers are mandatory for all RESTful API requests

PUT Request Components

Component Content Description

Request Method PUT Use PUT request to replace current

representation URL http://{IP address}/{RESTful API} Refer to RESTful API List Headers Accept: vdn.dac.v2

Content-Type: application/j s on

Body {"value":1} Uploaded conte nt for repla c ing c urr e nt

Headers are mandatory for all RESTful API

requests

representation

RESTful API List

Here lists the RESTful APIs supported by this device. The {ioName} is composed with three elements, including Module_Name, @, and I/O_Channel_Name. For example, the {ioName} of the module nam e “45MR-1600-0” and the DI channel name “DI-00 ” i s 45MR-1600-0@DI-00.

RESTful API Description Access Format

/api/sysInfo A ll s ystem information R /api/sysInfo/device Dev ice nam e R Device local date and time R yyyy/mm/dd

Device up time R hh:mm:ss Firmware version R Serial number R System error R /api/sysInfo/network All network information R /api/sysInfo/network/LAN All LAN information R /api/sysInfo/network/LAN/1 MAC address R xx:xx:xx:xx:xx:xx IP address R xxx.xxx.xxx.xxx /api/io/ir/{ioName} IR - value R By data type /api/io/ir/{ioname}/irvalue IR - value RW By data type /api/io/di/{ioName}/diMode DI - mode (0: DI, 1:

/api/io/di/{ioName}/diStatus DI - DI mode - status (0:

/api/io/di/{ioName}/diCounterValue DI - Counter mode - value R/W 0 to 4294967295 /api/io/di/{ioName}/diCounterOverflowFlag DI - Counter mode -

hh:mm:ss

R 0 or 1

Counter)

R 0 or 1

OFF, 1: ON)

R 0 or 1

/api/io/di/{ioName}/diCounterOverflowFlag Clear /api/io/di/{ioName}/diCounterStatus DI - Counter mode - status

/api/io/do/{ioName}/doMode DO - mode (0: DO, 1: Pulse) R 0 or 1

Overflow) DI - Counter mode - clear overflow flag (1: Clear)

(0: pause, 1: run)

R/W 0 or 1

ioThinx 4510 Series Appendix

A-10

ON width

/api/io/relay/{ioName}/relayCurrentCount

Relay - current count

0 to 4294967295

status

20 mA, 5:

(1: Reset)

mA, 4: +/-10V)

Status (0: normal, 1:

PT100, 2: PT 200, 3: PT 5 00,

RESTful API Description Access Format

/api/io/do/{ioName}/doStatus DO - status (0: OFF, 1: ON) R/W 0 or 1 /api/io/do/{ioName}/doPulseCount DO - Pulse mode - count R/W 0 to 65535 /api/io/do/{ioName}/doPulseOnWidth DO - Pulse mode -

(unit: 500us)

/api/io/do/{ioName}/doPulseOffWidth DO - Pulse mode - OFF

width (unit: 500us)

/api/io/do/{ioName}/doPulseStatus DO - Pulse mode - status

(0: Stop 1: Start)

/api/io/relay/{ioName}/relayTotalCount Relay - total count R 0 to 4294967295

R/W 1 to 65535

R/W 0 or 1

/api/io/relay/{ioName}/relayCurrentCountR eset /api/io/relay/{ioName}/relayStatus Relay - Relay mode -

/api/io/ai/{ioName}/aiMode AI - mode (0: disable 1:

/api/io/ai/{ioName}/aiValueRaw AI - raw v alue R 0 to 65535 /api/io/ai/{ioName}/aiValueRawMin AI - minimum raw value R 0 to 65535 /api/io/ai/{ioName}/aiValueRawMax AI - maximum raw value R 0 to 65535 /api/io/ai/{ioName}/aiResetMinValue AI - reset minimum value

/api/io/ai/{ioName}/aiResetMaxValue AI - reset maximum value

/api/io/ai/{ioName}/aiStatus AI - status (0: norm al, 1:

/api/io/ai/{ioName}/aiBurnoutValueScaled AI - scaled burnout value R Float /api/io/ai/{ioName}/aiValueScaled AI - scaled value R Float /api/io/ai/{ioName}/aiValueScaledMin AI - minimum scaled value R Float /api/io/ai/{ioName}/aiValueScaledMax AI - maximum scaled value R Float /api/io/ao/{ioName}/aoMode AO - mode (0: disable, 1:

Relay - reset current count (1: Reset)

(0: OFF, 1: ON)

0-10 V, 2: 0-20 m A, 3: 4mA burnout, 4: 4±10 V)

(1: Reset)

burnout, 2: over range, 3. under range)

0-10 V, 2: 0-20mA, 3: 4-

R/W 0 or 1

R 0, 1, 2, 3, 4, 5

R/W 1

R 0, 1, 2, 3

R 0, 1, 2, 3, 4

/api/io/ao/{ioName}/aoValueRaw AO - raw value R/W 0 to 65535 /api/io/ao/{ioName}/aoValueScaled AO - scaled value R/W 0 to 4294967295 /api/io/rtd/{ioName}/rtdStatus RTD -

/api/io/rtd/{ioName}/rtdMode RTD - Type (0: PT50, 1:

/api/io/rtd/{ioName}/rtdValueScaled RTD - scale d va lue R Float /api/io/rtd/{ioName}/rtdValueScaledMin RTD - minimum scale d

/api/io/rtd/{ioName}/rtdValueScaledMax RTD - maximum scaled R Float

R 0 or 1

burnout)

4: PT1000; 14: 310 Ohm, 15: 620 Ohm, 16: 1250 Ohm, 17: 2200 Ohm; 20: JPT100, 21: JPT200, 22: JPT500, 23: JPT1000; 30: NI100, 31: NI2 00, 32: NI500, 33: NI1000, 34: NI120)

R Float

value

ioThinx 4510 Series Appendix

A-11

reset minimum value

reset maximum value

(1: RESET)

Type, 2: T Type, 3: E Type,

The content in the request could

RESTful API Description Access Format

value

/api/io/rtd/{ioName}/rtdResetMinValue RTD -

(1: RESET)

/api/io/rtd/{ioName}/rtdResetMaxValue RTD -

R/W 1

/api/io/tc/{ioName}/tcStatus TC - Status (0: normal, 1:

/api/io/tc/{ioName}/tcType TC - Type (0: J Type, 1: K

/api/io/tc/{ioName}/tcValueScaled TC - scaled value R Float /api/io/tc/{ioName}/tcValueScaledMin TC - minimum scaled value R Float /api/io/tc/{ioName}/tcValueScaledMax TC - maximum scaled value R Float /api/io/tc/{ioName}/tcResetMinValue TC - reset minimum value

/api/io/tc/{ioName}/tcResetMaxValue TC - reset maximum value

Exception Code

HTTP Status Code Moxa Status Co d e/D e sc ri p tio n User message

400 Bad Request 101 UnsupportedVersion The content version specified in

400 Bad Request 102 UnsupportedDocFormat The document format sp e c ified

400 Bad Request 201 InvalidJsonFormat The json format in the request is

400 Bad Request 202 InvalidNodeValue One of the node value is invalid. 400 Bad Request 203 WrongChannelOrder The I/O channels are

400 Bad Request 204 MissingRequiredChannel A required channel index was

400 Bad Request 206 MissingRequiredNode A required node was not

400 Bad Request 300 ContentFailed One of the channel contents in

400 Bad Request 301 ContentFailedToSet

200 OK N/A 404 Bad Request N/A 405 Method Not Allowed N/A

R 0 or 1

burnout)

4: R Type, 5: S Type, 6: B Type , 7: N Type, 14: ±78.126 mV, 15: ±39.062 mV, 16: ±19.532 mV)

R/W 1

(1: RESET)

R/W 1

(1: RESET)

the request is not supported.

in the request is not supported.

not valid.

disordered.

not specified in the request body.

specified in the request body.

the request could not be set. Please refer to the detailed information.

not be set (invalid value).

Troubleshooting

This section provides troubleshoo ti ng ins tructions for this device.

ioThinx 4510 Series Appendix

A-12

INFORMATION

The

Forgot username & password

If you forget your u sername and pa ssword, use a pointed ob ject such as a straightened paper clip to hold down the Reset Button for 10 seconds. This will restart the unit and reset all settings on the device , inc luding the username and password. The factory defaults will be loaded once the READY LED turns green ag ain.

default username is admin, and the default password is moxa.

Forgot IP address of the unit

If you forget the IP address of the unit, use IOxpress utility to search for the device if IOxpress service is already enabled in Security  Ser vic e S etti ng s. Otherwise, load the factory default settings and access the unit with the default IP address.

Step 1: Open IOxpre ss, go to Device Library and click Device  Search in the menu.

ioThinx 4510 Series Appendix

A-13

NOTE

This system will load the backup firmware automatically to overwrite the corrupted one. When the system is in recovery mode, the RDY recovery process. After the recovery pro c ess is comp le te , you can upd ate firmware again.

Step 2: In the Search for Devices window, choose the product series you would like to search in the By Product Series dropdown menu, and then click the Submit button. IOxpress will start to search the devices

and list them in the table.

Failed to update firmware

If the firmware update process fails, the firmware file may be corrupted. Download the firmware file from Moxa’s official website. Otherwise, check if the power supply is stable. An unstable power supply can lead to an incomplete firmware update.

device supports firmware automatic recovery function. I f the fir mware in the devic e is co rr up te d, the

LED will blink RED slowly. Do not disconnect the power cable when performing the

Failed to update configuration

If the configuration update process fails, the configuration file may be corrupted. Get the configuration file and update it again. Otherwise, check to see if the power supply is stable. An unstable power supply can result in the configurations not being succes sf ully upd ate d.

ioThinx 4510 Series Appendix

A-14

INFORMATION

The default

Failed to access the unit through IP address & IOxpress

Incorrect network configurations can result in the user not being able to access the unit. Check if the device and PC are in the same subnet by following the procedure below.

This may also occur when you try to configure multiple devic e s with the s ame compute r . The reason for this could be that multiple devices have the same default IP address. When sending TCP/IP packets, the packet may get sent to the wrong MAC address , as it fo llo ws the previous record in the computer’s ARP Cache. To rectify this problem, you can erase the ARP Cache records by entering “arp-d” command in the built-in Command-Line tools.

IP address of the device is 192.168.127.254.

Failed to Enter System Ready Mode

If the RDY LED stays red, and your web console is not accessible, it means that the system is experiencing an error. Follow the steps to recover the sys tem.

Step 1: Hold down the RESET button for 30 seconds to trigger the system recovery process. The system will load the backup firmware and then restar t the unit. The system is re ady whe n the RDY LED is green.

Step 2: Open the web console and then update the firmware and conf igurations to the device .

Moxa Technologies ioThinx 4510-T, ioThinx 4510 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

1. Preface

Revision History

Relevant Models

Package Contents

Usage Scenarios

Hardware and Software Requirements

Safety Precautions

Additional Resource s

2. Product Overview

Technical Data

Common Specifications

Appearance

Front View

Physical Dimensions

LED Indicators

3. Hardware Installation

Wiring System and Field Power

System Power

Field Power

Wiring Ethernet Ports

Wiring Serial Port(s)

Grounding the Unit

Connecting the System Power Ground

Connecting the Field Power Ground

Mounting the Unit

Installing the Unit on a DIN Rail

Removing the Unit from a DIN Rail

Installing Covers on the Device and the Right-Most I/O Module

Removing a Cover from the Right-Most Module

Horizontal Installation

Powering on the Unit

4. Software Tools

Preparing Software Tools

Connecting Web Console

Preparing IOxpress Utility

Preparing Moxa CLI Configuration Tool

Web Console

Dashboard

System Information

Module & I/O

Connection

System

Device Settings

Time Settings

Watchdog

Configuration

Firmware

Security

Service Settings

User Settings

Account Settings

Access Control

Network

LAN Settings

Module

Serial Port

Port 1/Port 2

Modbus RTU Device

Modbus RTU Device Profile

I/O Settings

Digital Input Channel Settings

Digital Output Channel Settings

Relay Channel Settings

Analog Input Channel Settings

RTD Channel Settings

TC Channel Settings

Internal Register

Protocol

Modbus TCP Slave

SNMP

5. Quick Start Guide

Configuring the Unit

Login to the Unit

Configuring Module Settings

Changing Device Name

Changing Username & Password