Sollae Systems CIE-M10 User Manual

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Sollae Systems Co., Ltd.

http://www.ezTCP.com

8ports Remote I/O Controller

CIE-M10 User Manual

Version 3.0

CIE-M10 User Manual Ver. 3.0

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This symbol, found on your product or on its packaging, indicates that this

product should not be treated as household waste when you wish to dispose

of it. Instead, it should be handed over to an applicable collection point for the

recycling of electrical and electronic equipment. By ensuring this product is

disposed of correctly, you will help prevent potential negative consequences to the

environment and human health, which could otherwise be caused by inappropriate disposal

of this product. The recycling of materials will help to conserve natural resources. For more

detailed information about the recycling of this product, please contact your local city

office, household waste disposal service or the retail store where you purchased this

product.

※ This equipment obtained certification by using 1.5M serial cable.

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Contents

Contents ............................................................................................................................................ - 2 -

1 Introduction ............................................................................................................................. - 6 -

1.1 Introduction .......................................................................................................................................................... - 6 -

1.2 Features .................................................................................................................................................................. - 6 -

1.3 Application Examples ....................................................................................................................................... - 7 -

1.4 Component ........................................................................................................................................................... - 8 -

1.5 Specification ......................................................................................................................................................... - 9 -

1.5.1 H/W specification ..................................................................................................................................... - 9 -

1.5.2 S/W specification ...................................................................................................................................... - 9 -

1.6 Interface .............................................................................................................................................................. - 10 -

1.6.1 Dimension ................................................................................................................................................. - 10 -

1.6.2 Pin assignment ....................................................................................................................................... - 11 -

1.6.3 Digital Input Ports ................................................................................................................................. - 12 -

1.6.4 Analog Input Port .................................................................................................................................. - 13 -

1.6.5 Digital Output Ports ............................................................................................................................. - 13 -

1.6.6 Ethernet Interface .................................................................................................................................. - 14 -

1.6.7 RS232 Port (DB9M) ............................................................................................................................... - 14 -

1.6.8 System LED ............................................................................................................................................... - 15 -

2 Installation and Test ............................................................................................................ - 16 -

2.1 Installation .......................................................................................................................................................... - 16 -

2.1.1 Setting Network Aera .......................................................................................................................... - 16 -

2.2 Test operation ................................................................................................................................................... - 18 -

2.2.1 Modbus/TCP Test ................................................................................................................................... - 18 -

2.2.2 HTTP Test with a WEB browser ....................................................................................................... - 20 -

3 Configuration ....................................................................................................................... - 21 -

3.1 Configuration with ezManager ................................................................................................................. - 21 -

3.1.1 Configuration via LAN ......................................................................................................................... - 21 -

3.1.2 Configuration via Serial ...................................................................................................................... - 22 -

3.2 AT command ..................................................................................................................................................... - 23 -

4 Operation Modes ................................................................................................................ - 24 -

4.1 What is the Operation Mode? .................................................................................................................. - 24 -

4.2 How to change the mode to another .................................................................................................. - 24 -

4.3 Comparison of the each mode ................................................................................................................ - 25 -

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4.4 Normal Mode ................................................................................................................................................... - 25 -

4.5 Serial Configuration mode ......................................................................................................................... - 26 -

4.5.1 Configuring Parameters ...................................................................................................................... - 26 -

4.5.2 Revoking Serurity Options................................................................................................................. - 26 -

4.6 ISP mode............................................................................................................................................................. - 26 -

4.6.1 Upgrading Firmware............................................................................................................................. - 26 -

4.6.2 Upgrading HTML ................................................................................................................................... - 26 -

4.6.3 Revoking Serurity Options................................................................................................................. - 26 -

5 Methods for I/O control .................................................................................................... - 27 -

5.1 MODBUS/TCP ................................................................................................................................................... - 27 -

5.1.1 Related Parameters ............................................................................................................................... - 27 -

5.1.2 Modbus/TCP Slave Mode .................................................................................................................. - 28 -

5.1.3 Modbus/TCP Master Mode ............................................................................................................... - 28 -

5.1.4 TCP Connection Modes ...................................................................................................................... - 29 -

5.1.5 Initial State ................................................................................................................................................ - 29 -

5.1.6 Write Pulse ................................................................................................................................................ - 29 -

5.2 Serialized Modbus/TCP ................................................................................................................................ - 29 -

5.3 Macro Mode ...................................................................................................................................................... - 30 -

5.3.1 Operator ..................................................................................................................................................... - 30 -

5.3.2 Operand ..................................................................................................................................................... - 30 -

5.3.3 An Example of Equations ................................................................................................................... - 31 -

5.4 Web (HTTP) ........................................................................................................................................................ - 32 -

5.4.1 Changing the Web(HTTP) port ....................................................................................................... - 32 -

5.4.2 Uploading Users’ Web Page ............................................................................................................. - 33 -

6 Communication Modes ...................................................................................................... - 34 -

6.1 TCP Server .......................................................................................................................................................... - 34 -

6.1.1 Key parameters ....................................................................................................................................... - 34 -

6.1.2 An Example ............................................................................................................................................... - 35 -

6.2 TCP Client ........................................................................................................................................................... - 36 -

6.2.1 Key parameters ....................................................................................................................................... - 36 -

6.2.2 An Example ............................................................................................................................................... - 37 -

6.3 AT Command .................................................................................................................................................... - 39 -

6.3.1 Key parameters ....................................................................................................................................... - 39 -

6.3.2 Examples .................................................................................................................................................... - 40 -

6.4 UDP ....................................................................................................................................................................... - 42 -

6.4.1 Key parameters ....................................................................................................................................... - 42 -

6.4.2 Examples .................................................................................................................................................... - 43 -

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7 System Management .......................................................................................................... - 45 -

7.1 Upgrading Firmware ...................................................................................................................................... - 45 -

7.1.1 Firmware .................................................................................................................................................... - 45 -

7.1.2 Processes ................................................................................................................................................... - 45 -

7.2 Changing Webpage ....................................................................................................................................... - 47 -

7.2.1 Webpage ................................................................................................................................................... - 47 -

7.2.2 Processes ................................................................................................................................................... - 47 -

7.3 Status Monitoring ........................................................................................................................................... - 50 -

7.3.1 Using TELNET .......................................................................................................................................... - 50 -

7.3.2 Using ezManager ................................................................................................................................... - 52 -

8 Additional Functions ........................................................................................................... - 54 -

8.1 Security ................................................................................................................................................................ - 54 -

8.1.1 Restriction of Access (ezTCP Firewall) .......................................................................................... - 54 -

8.1.2 Setting Password .................................................................................................................................... - 54 -

8.2 Option Tab Functions .................................................................................................................................... - 55 -

8.2.1 Notify IP Change ................................................................................................................................... - 55 -

8.2.2 Sending MAC Address ........................................................................................................................ - 56 -

8.2.3 Debugging Message ............................................................................................................................ - 56 -

8.3 Serial Port Tab Functions ............................................................................................................................. - 58 -

8.3.1 TELNET COM port Control Option (RFC 2217) - ① .............................................................. - 58 -

8.3.2 Disable TCP Transmission Delay - ② ........................................................................................... - 58 -

8.3.3 Data Frame Interval - ③ .................................................................................................................... - 58 -

8.3.4 TX interval - ④ ....................................................................................................................................... - 59 -

8.3.5 TCP Server / Client mode - ⑤ ........................................................................................................ - 59 -

8.3.6 Separator - ⑥.......................................................................................................................................... - 59 -

8.4 Digital I/O Functions ..................................................................................................................................... - 60 -

8.4.1 Valid Time .................................................................................................................................................. - 60 -

8.4.2 Delay ............................................................................................................................................................ - 60 -

9 Self-Test in Trouble ............................................................................................................. - 61 -

9.1 Searching problem with ezManager ...................................................................................................... - 61 -

9.2 Connection Problem over Modbus/TCP .............................................................................................. - 62 -

9.3 Communication Problem over Modbus/TCP ..................................................................................... - 63 -

10 Related material ................................................................................................................... - 64 -

10.1 Technical Documents .................................................................................................................................... - 64 -

10.2 Smart phone application ............................................................................................................................. - 64 -

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11 Technical Support and Warranty ...................................................................................... - 65 -

11.1 Technical Support ........................................................................................................................................... - 65 -

11.2 Warranty .............................................................................................................................................................. - 65 -

11.2.1 Refund ......................................................................................................................................................... - 65 -

11.2.2 Free Repair Services ............................................................................................................................. - 65 -

11.2.3 Charged Repair Services..................................................................................................................... - 65 -

12 Precaution and Exemption from Liability ....................................................................... - 66 -

12.1 Precaution........................................................................................................................................................... - 66 -

12.2 Exemption from Liability .............................................................................................................................. - 67 -

12.2.1 English version ........................................................................................................................................ - 67 -

12.2.2 French version ......................................................................................................................................... - 67 -

13 Revision History ................................................................................................................... - 70 -

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1 Introduction

1.1 Introduction

In the era of Ubiquitous Environment, many kinds of systems which use sensors like

temperature, humidity or pressure and controlling the power of remote devices have been

developing. CIE-M10 monitors those sensors and controls the remote devices. It detects digital inputs from the sensor’s outputs and controls the relay outputs. HTTP, Modbus/TCP,

serialized Modbus/TCP and Macro mode can be used for these functions. CIE-M10 can be

used in another way because it equipped operation as a serial device server.

1.2 Features

 Remote I/O controller  Module type with a built-in RJ45 connector for Ethernet interface  8 Digital Input Ports (3.3V CMOS)  8 Digital Output Ports (3.3V CMOS)  1 x Analog Input Port (10 bits resolution ADC)  Supports Modbus/TCP and HTTP  Stored Web server for simple management (custom web page)  MACRO (stand-alone operation supports simple logical expressions)  Stable embedded TCP/IP stack  easy configuration program (ezManager)

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1.3 Application Examples

 Remote I/O device server

Figure 1-1 remote I/O device server

 Serialized Modbus/TCP

Figure 1-2 serialized Modbus/TCP

 Internet Switch

Figure 1-3 internet switch

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 Macro mode

Figure 1-4 macro mode

 Serial Device Server

Figure 1-5 serial device server

1.4 Component

 CIE-M10

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1.5 Specification

1.5.1 H/W specification

Power

Input Power

3.3V (±10%)

Current Consumption

190mA typical

Size

64.4mm x 40mm x 17mm

Weight

Approximately 17g

Interfaces

Digital Input

8 ports with photo couplers (3.3V CMOS logic level)

Analog Input

1 ADC port (10 bits resolution)

Digital Output

8 ports with relays (3.3V CMOS logic level)

Serial Port

1  UART (300~230,400 bps), RTS/CTS Flow Control,

3.3V CMOS logic level

Ethernet

RJ45

Network

Ethernet 10Base-T or 100Base-TX (Auto-Sensing)

Auto MDI/MDIX(Cable Auto-sensing)

Temperature

Operate: 0 ~ 70℃ / Storage: -40 ~ 85℃

Environment

Follows Europe RoHS Directive

Table 1-1 H/W specification

1.5.2 S/W specification

Protocol

TCP, UDP, IP, ICMP, ARP, DHCP, DNS lookup, DDNS,

Telnet COM Port Control Option(RFC2217), Modbus/TCP, HTTP

Diagnose

Online Debugging Function

Operation

mode

Normal

Normal communication mode

ISP

F/W upgrade

Serial

Configuration

Configuration with the RS232 port

Communication

Mode

I/O server

Modbus/TCP – Slave/Master, Passive/Active

Web Browser(HTTP), Macro(Stand-alone), Serialized

Modbus/TCP

Serial devices

server

TCP Server/Client, AT emulation, UDP

Programs

ezManager

Configuration program via LAN

ModMap

Modbus/TCP Application for Windows

Table 1-2 S/W specification

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1.6 Interface

1.6.1 Dimension

 Top view

Figure 1-6 Top view

 Front and Side view

Figure 1-7 Front and Side view



According to conditions of soldering components, the real dimensions might be

differed with the above figure. Thus, we recommend giving some extra spaces about 1

~ 2 mm.

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1.6.2 Pin assignment

 JP1

JP1 is a user interface which is not populated by any connecters to be connected to user device with user’s connector. The pitch is 2.54mm.

Pin #

Name

Description

I/O

Note

1 ~ 8

DI0 ~ DI7

Digital Input Port #0 ~ 7

Min VIL= -0.3V

Max VIL= 0.8V

Min VIH= 2.0V

Max VIH= 5.5V

9 ~ 16

DO0 ~ DO7

Digital Output Port #0 ~ 7

Out

Min VOH = 2.9V,

Max VOL = 0.4V

GND

Ground

−

GND

Ground

−

ADVREF

ADC VCC Reference

(Input Voltage Range: 2.6V ~ 3.3V)

ADC_IN0

Analog Input Port 0

(Input Voltage Range: 0V~ADVREF)

10bit ADC

Conversion Time:

2.33㎲

RXD

Receive Data

In 22

CTS

Clear To Send

In 23

TXD

Transmit Data

Out 24

RTS

Request To Send

Out

RESET-

Reset

(Please set this value to 200us or

higher values for correct operation,

Active Low)

ISP-

ISP Mode: Low when it boots up

(Internally pulled-up, Active Low)

VCC

Power input (DC 3.3V)

−

VCC

Power input (DC 3.3V)

−

GND

Ground

−

GND

Ground

−

Table 1-3 JP1 pin assignment

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1.6.3 Digital Input Ports

CIE-M10’s digital input ports can be applied variously with circuit configuration – for

example: Wet contact and Dry contact.

 Wet contact (voltage input)

This circuit gets voltage from the two input lines and convert it 0 or 1. Then, it uses

the value as a digital input. The following is a circuit example with a photo-coupler

which isolates circuits electrically.

Figure 1-8 a circuit of the input port

The [INPUT 1] and [INPUT 2] ports are user interface port. The working voltage is

concluded by the photo-coupler and resistors.

 Dry contact (switch input)

This type needs additional DC power input and the power input should be isolated

from the main DC power input of CIE-M10. In the figure below, input ports need just

a switch as the input.

Figure 1-9 a circuit of the output port

CIE_M10_DI

INPUT_A

1K(1/4W)

DC PWR

INVERTER

1 2

INPUT_B

3.3V

1K(1/4W)

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1.6.4 Analog Input Port

There is an analog input port in CIE-M10. This port is connected to 10 bits ADC (Analog

to Digital Converter). User should input 2.6V~3.3V to the ADVREF for reference voltage of the ADC. ADC_IN0 port is for user’s analog sensors, its input voltage should be between 0V

~ ADVREF. The ADC converts the input voltage of the ADC_IN0 (0V~ADVREF) to 0~1023

digital value.

User can read this value through Modbus/TCP and HTTP. User can read the ADC value

from the address of (Digital Input Port Address + 4) with Modbus/TCP. When user read the

ADC value with a web browser, user can read this value with $a0 variable.



All the input ports are only for the monitoring devices.

1.6.5 Digital Output Ports

The digital output ports can be interfaced with relays or SSR. The following is an example

to interface to relays.

Figure 1-10 a circuit of the output port

OUTPUT_2

OUTPUT_1

VCC

CIE_M10_DO

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1.6.6 Ethernet Interface

An RJ45 connector is for the network interface of CIE-M10. You can use a UTP cable. It

automatically senses 10Mbits or 100Mbits Ethernet. It also provides auto MDI/MDIX

function that can automatically sense a 1:1 cable or cross over cable.

Each Ethernet device has its own hardware address (MAC address). CIE-M10 is shipped to

the market with the hardware address set in the factory.

Figure 1-11 the RJ45 connector

1.6.7 RS232 Port (DB9M)

There is a UART port which is CMOS-3.3V level. This port provides serial to TCP/IP

converting function working independently with its I/O ports. This port supports RTS/CTS

flow control function. The RTS informs to the counter part that its receiving buffer is free and is ready to get data. And CIE-M10 gets CTS information from the counter part’s RTS.

Parameters

Supported Values

Baud rate

300 ~ 230,400 bps

Data bits

8, 7, 6, 5

Parity

None, Even, Odd, Mark, Space

Stop bit

1, 1.5, 2

Table 1-4 supported values of the RS232 port

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1.6.8 System LED

CIE-M10 has 4 LEDs(PWR, Do0, 2 LEDs on RJ45) to indicate the current system status.

Each LED represents the following status:

Mode

Name

Color

Status

Description

Common

PWR

Red

supplying the power

Normal

mode

STS_ACT

Yellow

blinks every

second

assigned an IP address

blinks 4 times

at once

without being assigned an IP address

by DHCP

establishing a Modbus/TCP

connection

blinks

transferring data to the Ethernet

LINK_ACT

Green

connected with a network

blinks

receiving data from the Ethernet

Do0

Green

when Do0 port’s signal is ON

Serial

Configuration

mode

STS_ACT

Yellow

blinks

simultaneously

operating for the serial configuration

mode

ISP mode

STS_ACT

Yellow

OFF

operating for the ISP mode

Table 1-5 system LED

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2 Installation and Test

2.1 Installation

In this section, we explain the way of CIE-M10 operation through a test. Basically, its

input and output ports are independently used. Thus, you can use either the input ports

only for monitoring or the output ports only for control. However, you can also correlatively

use those ports by using the MACRO mode on the output ports.

Before testing CIE-M10, you should connect the Ethernet port to a PC. It will be no

problem if the Ethernet connection is established through network hubs.

Figure 2-1 the connection between CIE-M10 and a PC



Because CIE-M10 is a type of module, you might need designing a board for it. If you

cannot design the board, please consider using external product, CIE-M10.

2.1.1 Setting Network Aera

This step is for setting both CIE-M10 and your PC to be located on the same network to

establish a TCP connection.

 Setting of the PC

Add or change the IP address of the network adapter on your PC.

Click [Windows Control Panel] >> [Network Connections] and right click of your

mouse to get into [Properties of the Network Adapter], then you will see the

properties of [Internet Protocol (TCP/IP)]. Press the [Advanced Menu] button and add

an IP Address as shown below.

Figure 2-2 adding / changing an IP address

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 Setting of CIE-M10

ezManager is the management tool for setting parameters of CIE-M10. This

application is only for MS Windows and this is comfortable to use because it does

not need installation processes.

First, search your CIE-M10 via network. All the values of parameters are set to the

default values in the factory. To apply it to your system, proper values should be set

via ezManager.

Default values of some major parameters are listed on the table below. To do the

following simple test, keep these values during the test.

parameter

value

Network

Local IP Address

10.1.0.1

Subnet Mask

255.0.0.0

Option

Telnet

Checked

IP Address Search

Checked

Serial Port

Serial Type

RS232

Baud Rate

19,200bps

Parity

NONE

Data Bits

Stop Bit

Flow

NONE

Communication Mode

T2S – TCP Server

Local Port

1470

I/O Port

Web (HTTP)

Checked

Web (HTTP) Port

Modbus/TCP

Checked

Master/Slave

Slave

Connection Mode

Passive Connection

Multiple Connection

Local Port

502

Table 2-1 default values of some major parameters



You can download the latest version of ezManager on the [Download] >> [Utility] page

on our website.

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2.2 Test operation

2.2.1 Modbus/TCP Test

This is for checking the operation of Input and output ports of CIE-M10 via Modbus/TCP.

In this instruction, offered Modbus/TCP test program was used.

Run ezManager. Then, you can see the window as shown below.

Figure 2-3 Modbus/TCP test program of the ezManager

① Search connected CIE-M10 with [Search All] button. ② Select a MAC address of searched product on the [search result]. ③ Check the [Advanced Menu] option. ④ Press the [Modbus/TCP] button. ⑤ The test program will appear on the right side of the ezManager



In the case of using previous versions of firmware than 3.1F the test program is shown

automatically when you success in searching the product.

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 Modbus/TCP test

Figure 2-4 Modbus/TCP test

① Input the IP address of CIE-M10 ② Input the local port for Modbus/TCP of CIE-M10



In a local area network, ① and ② steps can be omitted.

③ Try to connect by pressing [Connect] button ④ Under the connection, check if the Di LEDs are turned on or off with signal input ⑤ Check if Do LEDs are turned on or off with clicking the LEDs ⑥ Click the [Disconnect] button after the test is completed

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2.2.2 HTTP Test with a WEB browser

This is for testing the operation of Input and output ports of CIE-M10 via HTTP. The test

was implemented on a WEB browser. You can use WEB browsers such as MS Internet

Explorer, Google Chrome and Mozilla Firefox.

Figure 2-5 HTTP test

① Input the IP address of your CIE-M10 on the address field (Ex: 10.1.0.1). ② Check if the DI LEDs are turned on or off with HIGH signal. ③ Check if DO LEDs are turned on or off with clicking the each of LEDs. ④ Check the value of ADC port.

 The way to control output ports manually

On/Off

Pulse

Parameter

oi (Lower case, i is port number)

pi (Lower case, i is port number)

Value

OFF

Time (ms)

1 0 1~10000

Example

http://10.1.0.1/index.html?o3=1

http://10.1.0.1/index.html?p3=1000

Table 2-2 The way to control output ports manually

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3 Configuration

3.1 Configuration with ezManager

Figure 3-1 initial appearance of ezManager

3.1.1 Configuration via LAN

 Checklists

Make sure of the connection between your PC and CIE-M10 via Ethernet. If they are

in the same network, [MAC Address search] button can be used. Otherwise, only [IP

Address search] is allowed to use.

 Procedures

Figure 3-2 procedures for configuration via LAN

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3.1.2 Configuration via Serial

 Checklists

Make sure of the connection between your PC and CIE-M10 using a RS232 cross

cable. CIE-M10 has to be operating in the [Serial Configuration] mode. You make CIE-

M10 operate in the serial configuration mode by connecting ISP- pin with GND (LOW)

less than 1 second. After then, read the setting on the [Serial] tab.

 Procedures

Figure 3-3 procedures for configuration via serial port

 Step 2, Reading

Figure 3-4 reading procedure via serial

① Choose the [Serial] tab. ② Select the COM port which is the device is connected. ③ Open the COM port pressing the [Open] button. ④ Load the setting with the [Read] button.



Refer to the document [ezManager Users’ Manual] on our website for details.

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3.2 AT command

In the AT command mode, you can change some parameters through the serial port.

 Checklists

Make sure of the connection between your PC and CIE-M10 using a RS232 cross

cable. All the parameters of the serial port between CIE-M10 and the Terminal of your

PC should be the same. In the AT command mode, you can change some parameters

through the serial port.

Figure 3-5 setting the communication mode to the AT command

 Procedures

Figure 3-6 procedures for configuration with AT command

Division

Available parameters

IP Address related items

Local IP Address, DHCP, Subnet Mask, Gateway IP Address, DNS IP Address, ···

A TCP connection related items

Local Port, Peer Address (IP Address or Host name), Peer Port, ···

Option

ESC code sending option, timeout, ···

Table 3-1 parameters which are available to change with AT command



Including above items, rest of parameters can be set by ezManager

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4 Operation Modes

4.1 What is the Operation Mode?

Each of three operation modes are designed for specific purposes, and those are as

follows:

 Normal mode

This mode is for normal data communication and has 5 different communication

modes. Configuring parameters is also available in this mode.

 Serial configuration mode

This mode is for configuring environmental parameters through the RS-232 port.

 ISP mode

This mode is for upgrading firmware and HTML files. In addition, you can set

environmental parameters even though the security options are activated. You can

also reset the security options.

4.2 How to change the mode to another

Figure 4-1 How to entering each mode

① Set ISP- pin to LOW less than 1 sec. ② Reset ③ Transfer a firmware by ezManager ④ Set ISP- pin to LOW over 1 sec

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4.3 Comparison of the each mode

The following table shows summaries of each mode.

name

entering

serial port

Normal

Supply the power.

Configured

value

Serial

Configuration

Connect the ISP- pin to GND(low) less than 1 sec.

115200/N/8/1

ISP

Connect the ISP- pin to GND (low) over 1 second

or Give Low to the ISP-pin when it boots up.

115200/N/8/1

Table 4-1 comparison of the each mode

4.4 Normal Mode

In normal mode, there are four types of ways to monitor and control I/O and of

additional operations as a Serial to Ethernet converter.

 I/O controller

type

description

Modbus/TCP

Control and monitor the I/O of CIE-M10 via Modbus/TCP.

It supports both master and slave mode.

Serialized

Modbus/TCP

CIE-M10 communicates through the RS232 port using the data

format of Modbus/TCP.

Macro

Users can automatically control the output ports by setting MACRO

using some basic formula of Boolean Algebra. Users can not control

the output ports through HTTP or Modbus/TCP.

WEB(HTTP)

Users can monitor and control CIE-M10 via HTTP

Table 4-2 digital I/O control types

 Serial-Ethernet converter

CIE-M10 can be used as a Serial to Ethernet converter. There are four communication

modes in this operation.

name

protocol

connection

modifying

software of

serial devices

serial

configuration

topology

TCP Server

TCP

Passive

Not available

1:1

TCP Client

Active

Not available

1:1

AT Command

Either

Required

Available

1:1

UDP

UDP - -

Not available

N:M

Table 4-3 comparison of four communication modes

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4.5 Serial Configuration mode

4.5.1 Configuring Parameters

This is a mode for setting environmental parameters through the serial port. If you

cannot use the Network, this mode is only way to configure the parameters. Click the [Read]

button on the [Serial] tab on ezManager after entering this mode.



Refer to the [Serial Management Protocol] document on our website for details.

4.5.2 Revoking Serurity Options

CIE-M10 offers strong functions for security like filtering with password or MAC and IP

addresses. In the Serial Configuration mode, you can revoke all of these options. When you

forget the password, enter this mode to change or delete it.

4.6 ISP mode

4.6.1 Upgrading Firmware

ISP mode is for upgrading firmware. Upgrading Firmware is implemented by ezManager.

For more details about this, please refer to the clause 7.1.

4.6.2 Upgrading HTML

ISP mode can also upgrade HTML files. For more details about this, please refer to the

clause 7.2.

4.6.3 Revoking Serurity Options

In the ISP mode, you can revoke all of these options like the serial configuration mode.

When you forget the password, enter this mode to change or delete it.

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5 Methods for I/O control

5.1 MODBUS/TCP

CIE-M10 supports Modbus/TCP. By using this protocol, it remotely monitors and controls

I/O devices. To use this method, users’ application should support this protocol.

5.1.1 Related Parameters

parameter

description

Modbus/TCP

Using Modbus/TCP for controlling I/O ports of CIE-M10.

Slave

The slave responses by queries from the Master

Master

The Master sends queries to the slaves

Poll Interval

the period for sending queries (Unit: ms, Minimum value: 10)

Unit ID

ID for identifying the device or the pair of devices.

Input Port Base

Address

Initial address of the input ports

Output Port Base

Address

Initial address of the output ports

Passive Connection

waiting for accepting a Modbus/TCP connection

Active Connection

requesting a Modbus/TCP connection

Multiple Connection

The numbers for multiple Modbus/TCP connections.

Control Method of

(FC XX)

Control method for the output ports of the slave (Single /

Multiple)

Control Method of

(AND/OR)

Control method for the output ports of the master (AND / OR)

Peer Address

Peer’s IP address when CIE-M10 performs active connections

Peer Port (Active)

Peer’s local port when CIE-M10 performs active mode.

Local port (Passive)

CIE-M10’s local port when CIE-M10 performs passive mode.

Input Change

Notification

A function for immediate notification with changing the IP

address.

Initialize the output

port state

The Output port will be changed to the [Initial State] when

Modbus/TCP is disconnected. (Upper version 1.5A)

Macro

Applying macro function on the output port

Initial State

Output port value when CIE-M10 boots up.

Table 5-1 Modbus/TCP related parameters



We do not recommend changing the [Input Port Base Address] and [Output Port Base

Address] unless you need to.

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5.1.2 Modbus/TCP Slave Mode

According to the standard Modbus/TCP, users can use a Modbus/TCP manager to control

and monitor their I/O devices. You can set CIE-M10 to the [Slave] item to [Slave] mode. The

[Passive] connection is recommended in this mode and the [Peer Port] should be 502.

Modbus/TCP Mode

Slave

TCP Connection

Passive

TCP Port

502

Table 5-2 values for standard Modbus/TCP

Configure the proper values of [Unit ID], [Input Port Base Address], and [Output Port Base

Address].

5.1.3 Modbus/TCP Master Mode

In this mode, CIE-M10 operates as a Modbus/TCP master. As a master CIE-M10 transmits

its input information to the salve and outputs the slave’s input value to its output port after

reading the value periodically. At this stage, CIE-M10 controls the output ports with not

only bit unit (individually) but also word unit (at once)

 FC 16(Multiple ports)

CIE-M10 controls the output ports and monitors the input ports of slaves with WORD

unit by FC16 (write multiple register) and FC 03 (read multiple register)

 FC 05(Single port)

CIE-M10 controls the output ports and monitors the input ports of slaves with BIT

unit by FC05 (write coil) and FC02 (read input discretes).

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5.1.4 TCP Connection Modes

In the standard of Modbus TCP, the master program makes a connection to the slave

using port number 502. However, sometimes Modbus/TCP devices try connecting to the

master actively. For this case, CIE-M10 supports the active connection mode.

passive

connection

- Standard Modbus/TCP.

- Remote host connects to CIE-M10.

- Port number that is used for communication must be designated.

- Depending on the setting of multiple connections, up to 8 hosts

can be connected.

active

connection

- CIE-M10 tries to establish a connection to the remote host.

- The IP address (or host name) and port number of the remote

host are required.

Table 5-3 the passive / active connection

5.1.5 Initial State

The initial state of CIE-M10’s output ports can be configured. The output ports are set to

ON or OFF according to the value of [Initial State] at the boot time.

5.1.6 Write Pulse

By using the function code 105(0x69), you can give the signal of pulse type to the output

ports. This means the output signal is kept during the specific time configured by users.



Refer to the document [Modbus/TCP protocol] on our website for details.

5.2 Serialized Modbus/TCP

Since 1.3A firmware, serialized Modbus/TCP mode had been added on the firmware. In

this mode, CIE-M10 sends and receives Modbus/TCP data via the serial port. By using this

mode, you can monitor and control the I/O ports of CIE-M10 through the RS232 port.

Note that you can’t control the output ports of CIE-M10 with HTTP or Modbus/TCP in

this mode. Also, the TCP and UDP data communication for serial devices cannot be

activated.

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5.3 Macro Mode

This mode lets users set the values of the output ports with simple macros. Since CIE-

M10 reflects the values according to the macro expressions which are configured by users

in advance, it is useful to make a specific device operate automatically using signals from

various sensors. Check [Macro] options on ezManager to activate this mode.



While using the Macro mode, users can not control the output ports through

HTTP or Modbus/TCP.

5.3.1 Operator

The algorithm used in the Macro mode is Boolean algebra. In this case, the AND, OR,

NOT are used as operators. Parenthesis may also be used.

The operators are executed in order of precedence: parenthesis > NOT > AND > OR.

Each operator is represented by the following symbols.

name

sign

description

Parenthesis

( )

Since calculations within the parenthesis have the

highest priority, they will be calculated first.

Nested parentheses are allowed.

NOT

An operand that follows a NOT operator is

toggled. (If an operand is 0, it will be changed to

1. If it is 1, it will be changed to 0.)

AND

If both operand values surrounding an AND

operator are 1, the result value will be 1. But if

otherwise, the result will be 0.

If both operand values surrounding an OR

operator are 0, the result value will be 0. But if

otherwise, the result will be 1.

Table 5-4 the operators

5.3.2 Operand

Operands used in macro mode are each input port. Each input port is designated with i0

~ i7 symbol based on their sequence. Since capital letters are not recognized, they can also

be written as I0 ~I7.



The output ports could not be used as an operand.

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5.3.3 An Example of Equations

Here are some examples. In the expressions, spaces between the two operands will be

ignored.

Input Port

Equations

Description

Do0

i0 + i1

Perform OR for i0 and i1.

Do2

i0 * /(i1 + i7)

The part of the expression within the parentheses, (i1

+ i7) is evaluated first, and then the value is toggled

due to a NOT operator. This result is used to perform

an AND operator with i0.

Table 5-5 an example of equation

The following is the output values coming out as a result of expressions of input values.

Input port value

Output port value

Do0

Do2 0 0 0 0

0 0 1 0 0 0 1 0 1 0 0 1 1 1 0

1 0 0 1 1

1 0 1 1 0 1 1 0 1

1 1 1 1 0

Table 5-6 the logic table of the table 5-5

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5.4 Web (HTTP)

After starting the web browser, type CIE-M10’s IP address in the address bar to connect

to CIE-M10.

If a password for CIE-M10 is set, the following window will be popped up.

Figure 5-1 authentication with a password

① [User name] is not required. Leave blank or put a random name. ② [Password] should be the same with a password which is set through the ezManager.

5.4.1 Changing the Web(HTTP) port

In case you cannot use the port number 80(default port number for HTTP) because the

ISP (Internet Service Provider) blocks the port, you can change that port number.

Figure 5-2 changing port number for HTTP

① Input a port number to the [Web(HTTP) Port] box. ② Input the IP address of CIE-M10 along with the changed port number and “http://”

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5.4.2 Uploading Users’ Web Page

1.3A or subsequent versions of firmware support uploading custom web page. This

function is available to anyone who can make HTML files. If you get some simple syntax, it

is possible to monitor and control the I/O ports with your homepage interface.

 Upgrading Boot and Firmware

CIE-M10 has a default web page (HTML file). Except for the page, we offer other

samples such as text and simple image type and etc. so you can use those sample

codes on our web site.

Figure 5-3 examples of web page

① Default image ② No comment ③ Sample01 ④ Sample02 ⑤ Sample03 ⑥ Simple text ⑦ Simple image

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6 Communication Modes

CIE-M10 provides RS232 to TCP/IP conversion function along with input/output port

monitoring and controlling function.

6.1 TCP Server

In this mode, CIE-M10 acts as a TCP server. CIE-M10 waits for a TCP connection from

remote hosts. Once one of hosts tries to connect to CIE-M10, it responses to that request.

After the connection is established, CIE-M10 converts the raw data from the serial port to

TCP/IP packets and sends the packets to the network and vice versa.

6.1.1 Key parameters

 Local Port

This is a server’s port number which is used in the TCP connection.

 Event Byte

With setting event bytes, users can handle the serial data before a TCP connection is

established.

Value

Description

CIE-M10 does not send the data.

Otherwise

(512 or under)

CIE-M10 sends the data right after a connection is established.

512 or under bytes are strongly recommended.

Table 6-1 Event Byte

 Timeout

If there is no data transmission for the specific time, CIE-M10 terminates the

established TCP connection.

 Notify IP Change

This function is for notifying information about changed IP address to a server. Not

only the TCP/UDP protocol but Dynamic Domain Name Service (DDNS) can be used.

 Restriction of Access (ezTCP Firewall)

Users can block TCP connections from unauthorized hosts by using this option. Both

IP and MAC address are available.

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6.1.2 An Example

 An example as a TCP server

Figure 6-1 TCP server time chart

Time

States

CIE-M10 is waiting for request segments of a TCP connection

①

Remote host has sent a request (SYN) segment

Processes of the connection

②

The connection has been established

Data communication on both sides

Table 6-2 descriptions of each states

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6.2 TCP Client

In this mode, CIE-M10 acts as a TCP client. CIE-M10 sends request segments to a remote

host with information of [Peer Address] and [Peer Port]. Under situation that the TCP server

works fine with the specific port, the connection will be established. After then, CIE-M10

converts the raw data from the serial port to TCP/IP data and sends them to the network

and vice versa.

6.2.1 Key parameters

 Peer Address

This item should be an address of a remote host who is waiting requests of a TCP

connection.

 Peer Port

[Peer Port] should be the port number which is designated by the remote host.

 Event Byte

CIE-M10 decides the time to send request segments for the TCP connection with this

parameter.

Value

Description

CIE-M10 sends a request segment of the TCP connection right

after it boots up

Otherwise

(512 or under)

CIE-M10 sends the segment right after it received amount of

data which is set to the [Event Byte] from the serial port

Table 6-3 the operation of Event Byte 1

In addition, users can handle the serial data before a TCP connection is established

with this parameter.

Value

Description

CIE-M10 doesn’t send the data.

Otherwise

(512 or under)

CIE-M10 sends the data right after a connection is established.

512 or under bytes are strongly recommended.

Table 6-4 the operation of Event Byte 2

 Timeout

If there is no data transmission for the specific time, CIE-M10 terminates the

established TCP connection.

 TCP Server

This check option is enable the TCP server / client mode. In this mode, CIE-M10 can

be operated as a TCP server or client without changing its setting.

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 DNS IP Address

[DNS IP Address] is required when users use a host name instead of the IP address

on the [Peer Port] parameter.

6.2.2 An Example

 An example of TCP client

Figure 6-2 time chart for a situation that [Event Byte] is set to 0

Time

States

Before the power is supplied

①

Sends request segments of a TCP connection right after it boots up

Processes of the disconnection

②

The connection has been established

Data communication on both sides

Table 6-5 descriptions of each states

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 TCP Server/Client mode

In the TCP client mode, the [TCP Server] check option is activated. If you check this

option, CIE-M10 operates in the TCP server/client mode. In this mode, CIE-M10 can

establish a TCP connection both actively and passively without changing any settings.

Figure 6-3 time chart for activating [TCP Server] option

Time

States

CIE-M10 is waiting for request segments of a TCP connection

①

The connection has been established

CIE-M10 is on line and processes of the disconnection

②

The connection has been terminated

Both sides are offline

③

Sends a request segment of a TCP connection

Table 6-6 descriptions of each states

The TCP Server/Client mode only can be a useful option under condition of using [Event

Byte] and [Timeout]. Note that only one TCP connection can be established at the same

time, so users should consider setting [Timeout] properly.



Refer to the [TCP Server/Client mode] document on our web site for details.

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6.3 AT Command

AT command is a mode which users control CIE-M10 with AT command like controlling

modem. In this mode, active and passive TCP connections are available. And users are

allowed to configure some environmental parameters with extended commands.

6.3.1 Key parameters

The configuration should be implemented via the serial port of M10

Commands

Description

Examples

+plip

Local IP Address

at+plip=10.1.0.1<CR>

+plp

Local Port

at+plp=1470<CR>

+prip

Peer IP Address

at+prip=10.1.0.2<CR>

+prp

Peer Port

at+prp=1470<CR>

+pdc

DHCP

at+pdc=1<CR> (On)

+pto

Timeout

at+pto=10<CR>

+pwp

Store setting

at+pwp<CR>

Table 6-7 some of extended commands for configuration

 Related items with the IP Address and Local Port

As well as the local port, the IP address related parameters such as IP Address,

Subnet Mask and Gateway IP Address can be set.

 Peer Address / Peer Port

IP address and local port of a remote host are can be set.

 Type of assigning the IP address: Manual, DHCP

Not only manual setting, also automatic assigning protocol (DHCP) is available.

 The others

Some of options including [Timeout] can be configured in this mode.

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6.3.2 Examples

 TCP Server – setting parameters and a passive connection

Figure 6-4 a passive TCP connection

Time

States

Set parameters in the AT command mode

①

CIE-M10 waits request segments of a TCP connection with the

ATA command

CIE-M10 is waiting for requests of a TCP connection

②

A remote host has sent SYN segment to CIE-M10

Processes of the TCP connection

③

TCP connection has been established

CIE-M10 sends “CONNECT” message to the serial port

Table 6-8 descriptions of each states



Most of the response messages from the serial port of CIE-M10 are omitted on above

figure.

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 TCP Client – setting parameters and an active connection

Figure 6-5 an active TCP connection

Time

States

Set parameters in the AT command mode

①

CIE-M10 sends a request segment of a TCP connection with

the ATD command.

Processes of the TCP connection

②

The TCP connection has been established.

CIE-M10 sends “CONNECT” message to the serial port.

Table 6-9 descriptions of each states



Refer to the [AT Command mode - ATC] document on our web site for details.

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6.4 UDP

UDP has no processes of a connection. In this mode, data is sent in block units.

Therefore, data that comes through CIE-M10’s serial port must be classified in block units

to be sent elsewhere.

6.4.1 Key parameters

 Block Size(Byte)

[Block Size] means the size of a block in UDP mode. Its unit is byte. Recognizing

specific sized data coming into the serial port, CIE-M10 sends them as one block to

the network. The value is up to 1460 bytes.

 Data Frame Interval

[Data Frame Interval] means the time for gathering data to make them into a block.

Its unit is 10ms. If there is no transmission for specific time which is set to this value,

CIE-M10 sends gathered data in the buffer as one block to the network.



Please set this value to 11 or higher values for correct operation.



A UDP packet block is sent if applicable to either of [Block Size] and [Data frame

Interval].

 Dynamic update of Peer host

If users set the value of [Peer Address] and [Peer Port] to 0, [dynamic update of peer

host] function is activated. By using this function, CIE-M10 can communicate with

multiple hosts without additional setting.

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6.4.2 Examples

 Block Size: 5 bytes / Data Frame Interval: 1s (100 * 10ms)

Figure 6-6 time chart for block size is 5 bytes and data frame interval is 1s

Time

States

CIE-M10 is receiving data from the serial port

①

CIE-M10 Sends 5 bytes as one block based on the [Block Size]

Serial device sends data “678” to CIE-M10

②

Data “678” has arrived

CIE-M10 sends data from the remote host to the serial device

③

1 second has passed

CIE-M10 sends data “678” based on the [Data frame Interval]

Table 6-10 descriptions of each states

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 Dynamic Update of Peer host

This is a function that CIE-M10 automatically sets its peer host with information of

the last packet which is received from network. In the packet, the source address and

port number are used.

Parameter

Value

Peer Address

None

Peer Port

Table 6-11 setting for [dynamic update of peer host] function

Figure 6-7 time chart for [dynamic update of peer host]

Time

States

Sending any UDP data to the network is impossible.

①

UDP data arrives from Remote Host 2.

Send UDP data to Remote Host 2.

②

UDP data arrives from Remote Host 1.

Send UDP data to Remote Host 1.

③

UDP data arrives from Remote Host 2.

Send UDP data to Remote Host 2.

Table 6-12 descriptions of each state



“ABC”, “DE”, and “FGH” in the above figure are the data that CIE-M10 receives from a

serial port and send to the network.

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7 System Management

7.1 Upgrading Firmware

7.1.1 Firmware

Firmware is a type of software for operation of CIE-M10. If it is needed to add function

or fix bugs, the firmware will be modified and released. We recommend that users keep

using the latest released firmware.

7.1.2 Processes

 Downloading the latest released firmware

Download the newest firmware file. We update our homepage when a new firmware

is released. You can find it on our website.

 Entering ISP mode

Enter ISP mode to download firmware file to CIE-M10.

 Run a TFTP client and ready to send the F/W file

Run a TFTP client program. ezManager is equipped with the client program. Click the

[Change F/W / HTML] button.

Figure 7-1 running TFTP client

① Check the [Advanced Menu] check box ② Click the [Change F/W / HTML] button to run TFTP client ③ Select the [Change Firmware] radio button ④ Input the IP address of CIE-M10 to the [Local IP Address] text box ⑤ Press the [Open Firmware / HTML] button and choose the firmware file

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 Checking firmware file and Sending

Figure 7-2 sending firmware file

① Check if the name and path of the firmware file are correct ② Click the [Send] button ③ Confirm the completed message

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7.2 Changing Webpage

7.2.1 Webpage

CIE-M10 comes preloaded with a webpage to facilitate control and monitoring through

HTTP.

7.2.2 Processes

 Making Users‘ webpage or Downloading sample files

Make your own webpage file or use sample webpage files freely available to

download at our web site.

 Entering ISP mode

Enter ISP mode to send HTML files to CIE-M10.

 Writing Web(HTTP) port number and selecting size of Web(HTTP)

Figure 7-3 Web Basic Settings



80KB or 96KB for the Size of Web(HTTP) is allowed.

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 Running a TFTP client and ready to send the HTML files

Run a TFTP client program. ezManager is equipped with the client program. Click the

[Change F/W / HTML] button.

Figure 7-4 running TFTP client

① Check the [Advanced Menu] check box ② Click the [Change F/W / HTML] button to run TFTP client ③ Select the [Change HTML] radio button ④ Input the IP address of CIE-M10 to the [Local IP Address] text box ⑤ Press the [Open Files] button and choose the HTML file

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 Checking files and Sending

Figure 7-5 sending firmware file

① Check if the name and path of the file are correct ② Click the [Send] button ③ Confirm the completed message

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7.3 Status Monitoring

7.3.1 Using TELNET

Once the [TELNET] option is activated, users can remotely log in to CIE-M10. If a

password is set, users should input the password.

After that, messages from CIE-M10 appear as shown in the figure below.

Figure 7-6 log in to CIE-M10 on TELNET

You can check multiple states with the following commands.

command

option

description

usage

net

Network Status

lsh>st net

sio

Serial Port Status

lsh>st sio

uptime

System Uptime

lsh>st uptime

[OP1][OP2]

Session Control

lsh>sc com1 close

[OP1][OP2]

Capturing Serial Data

lsh>sd 1 100

Table 7-1 commands for checking states

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 st net

“st net” command displays present network states of all sessions.

Figure 7-7 “st net command”

 st sio

“st sio” command displays the number of bytes for the serial port.

Figure 7-8 “st sio” command

 st uptime

“st uptime” command shows amount of time since M10 has booted up.

Figure 7-9 “st uptime” command

 sc

“sc” command is used when users close a session. [OP1] means the name of session, and [OP2] should be “CLOSE”.

Figure 7-10 “sc” command



Lower-case letters are only allowed to use “sc” command.

 sd

“sd” command is for capturing serial data. [OP1] means name of the session, [OP2]

means period, which has a 10ms unit, for the capture.

Figure 7-11 “sd” command

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7.3.2 Using ezManager

Status of CIE-M10 can be monitored by [Status] button on ezManager. By using the

[Refresh Every 1 Second] option in the status window, the status is automatically updated in

every second.

Figure 7-12 status window of ezManager

 FIRMWARE VERSION

The name of model and the version of firmware are displayed here.

 SYSTEM UPTIME

Operating time of CIE-M10 is displayed since it boots up.

 IP4 NETWORK INFORMATION

All information about related items with IP Address including the MAC address is

shown here. It works even if the IP address is assigned from DHCP.

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 TCP STATE

TCP status of each port is shown in this section.

Message

Description

LISTEN

waiting for requests of a TCP connection

a TCP connection is closed

SYN_SENT

send “SYN” segment to make a TCP connection

ESTABLISHED

When a TCP connection is established

N/A

In UDP mode

Table 7-2 TCP STATE

 SERIAL STATUS

Amount of data in every buffer is displayed. The unit is byte.

Buffer

Description

sio_rx

The number of data which is received from the COM port

net_tx

The number of data which is sent to the remote host

net_rx

The number of data which is received from the remote host

sio_tx

The number of data which is sent to the COM port

Table 7-3 SERIAL STATUS

 I/O PORT STATUS

This represents I/O ports’ status. ‘1’ means HIGH(ON) and ‘0’ means LOW(OFF).

 ARP TABLE

This part shows ARP table on CIE-M10. When a TCP connection is established or UDP

data communication is performed, the information of IP and MAC address is

automatically stored in the ARP table. This information is held for 1 minute. If there is

no data communication for 1 minute, the information will be removed.

 TCP/IP Connection

In this section, the same information with TCP STATE is displayed with IP address and

port number. A difference is that users can terminate a TCP connection. When right

click on a session, a small pop-up window is created.

 Password

This text box is activated when CIE-M10 has a password. If users want to close the

TCP connection, this password has to be correctly filled.

 Refresh Every 1 Second.

If this option is checked, ezManager sends query in every second.

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8 Additional Functions

8.1 Security

8.1.1 Restriction of Access (ezTCP Firewall)

On the [Option] tab of ezManager, users can set restriction of access function with

filtering MAC and IP address.

 Allowed MAC Address

If this option has a value of MAC address, the device which has the MAC address is

only permitted to access.

 Allowed IP Address

This is to define hosts with IP address or range of IP address allowed to access. The

range is defined by multiplying [IP address] and [Network Mask] in bit unit.

 Examples

IP Address

Network Mask

Allowed IP Address Range

10.1.0.1

255.0.0.0

10.1.0.1 ∼ 10.255.255.254

10.1.0.1

255.255.255.0

10.1.0.1 ∼ 10.1.0.254

192.168.1.4

255.255.255.255

192.168.1.4

Table 8-1 examples of defining allowed IP range

 Apply to ezManager

[Apply to ezManager] is for applying above two restrictions to ezManager functions

like [Search], [Read], [Write], etc.

8.1.2 Setting Password

A password can be used to protect CIE-M10 from TELNET login or changing

environmental parameters by hosts who are not designated. The maximum length is 8

bytes of Alphabet or number.



When you want to revoke all of these restrictions, change the mode of CIE-M10 to the

ISP mode. All restrictions are removable and communication with ezManager is

revoked in the ISP mode.

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8.2 Option Tab Functions

8.2.1 Notify IP Change

CIE-M10 can be a TCP server even though it is assigned the IP address automatically.

Using [Notify IP Change] function, it sends its IP address with the host name to the specific

server. There are 3 types of functions provided: DDNS, TCP and UDP.

 Dynamic Domain Name Service (DDNS)

CIE-M10 supports DDNS function offered by DynDNS to manage its changed IP

address as a host name. Therefore, you have to make an account and create host

names on the website of DynDNS before use this.



All about service usage of an account could be changed according to the policy of

DynDNS.



Homepage of DynDNS: http://dyn.com/dns/

Figure 8-1 setting DDNS

① Select the [DDNS (dyndns.org)] item. ② 40,320 is a fixed value. ③ Input the ID of DDNS account. ④ Input the password of the account. ⑤ Input one of the host names which you created on your account.

 TCP/UDP

In case you have an own server and want to manage the information about changed

IP addresses, you are allowed to use TCP/UDP for using this option. The [Data Type]

can be selected as ASCII or hexadecimal, and the [Interval] is available on

configuration.



Refer to the [Notify IP Change] document on our web site for details.

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8.2.2 Sending MAC Address

[Sending MAC Address] is a function that CIE-M10 sends its MAC address to the remote

host right after the connection is established. By using this function, a server can identify

multiple devices with the information.

Figure 8-2 setting of Sending MAC Address function

① Move to the [Option] tab. ② Check the [Send MAC Address] option.

8.2.3 Debugging Message

By using [Debugging] option, users can receive debugging messages from CIE-M10 on

the network.



When you are facing a problem about the TCP connection or data communication, use

this function and send us the stored file. We can use it for finding out the reason of

your problem.



Debugging messages are broadcasted to entire network via UDP so it might cause

serious network traffic. Remember you should turn the option off after using it.

 Setting debugging option

Figure 8-3 setting debugging option

① Check the [Debugging Message] option ② Press the [Write] button ③ After checking the [Advanced Menu], click the [Debugging Message] button. And

then, the debugging message window appears on your screen as shown below.

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Figure 8-4 debugging message window

① Pull down menu for selecting a network adapter ② Place for showing received debugging messages from CIE-M10 over the network ③ Auto update to display the latest captured file on the screen of ② ④ MAC Address Information of a selected message ⑤ ~ ⑪ Unavailable ⓐ To start capturing debugging messages from CIE-M10 ⓑ To stop capturing debugging messages from CIE-M10 ⓒ Unavailable ⓓ [Load Message] is for loading a debugging log file to display ⓔ Closing debugging message window

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8.3 Serial Port Tab Functions

Figure 8-5 Serial Port Tab

8.3.1 TELNET COM port Control Option (RFC 2217) - ①

This option is for sending and receiving serial port states between two devices. Users can

send and receive control signals such as RTS/CTS when the states are changed.

8.3.2 Disable TCP Transmission Delay - ②

If you use this option, CIE-M10 sends the data from the serial port to Ethernet as quickly

as possible.

8.3.3 Data Frame Interval - ③

Before sending data from the serial port to Ethernet, ezTCP gathers data in the buffer. If

there is no data during the specific time configured in the [Data Frame Interval], ezTCP will

send data to the network. In case the value is set to 0, data will be sent immediately.

Please set this value to 11 or higher values for correct operation.

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8.3.4 TX interval - ④

This option is for preventing data loss in the case that the serial device has very small

buffer size or does not have a buffer. The range of the value could be from 0 to 25 and the

unit is duration of sending 1 byte. For example, if you set this value to 5, each byte will be

transferred with duration of sending 5 bytes.

8.3.5 TCP Server / Client mode - ⑤

This mode is available on TCP client mode only. In this mode, you do not need to change

the mode for switching active or passive TCP connection. Note that the [Event Byte] option

should be set to 1 or lager value.

8.3.6 Separator - ⑥

Using this function, you can control the length of network packets by specific characters.

separator

options

Length

select the length between 0 ~ 4 bytes

Operation

Transmit Separators without additional bytes

Transmit Separators + 1 byte

Transmit Separators + 2 bytes

Table 8-2 separator



If you want to get more information about the above functions, refer to the technical documents on the [Download] >> [Technical documents] page at our web site.

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8.4 Digital I/O Functions

8.4.1 Valid Time

CIE-M10 only recognizes signals of the input ports as the valid signals when the signal

lasts for the [Valid Time]. If the signals are not maintained for the [Valid Time], the input

signals will be ignored. The unit used for the [Valid Time] is 1ms. However, because the

accuracy is only guaranteed in 10ms, the designated values are rounded down in units of

10ms.

8.4.2 Delay

Output values are reflected to CIE-M10‘s output ports later than the time set to [Delay].

For example, if [Delay] is set to ‘0’, the output values are reflected to the output ports

immediately. Although it is allowed to set the values in 1ms, it is accurate to 10ms, rounded

down.)



If the timer for the [Delay] is already running, all the subsequent orders for giving

signals to the output ports are ignored.

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9 Self-Test in Trouble

When users are in trouble with using CIE-M10, make sure of the following steps first.

9.1 Searching problem with ezManager

 Confirming types of configuration utility

CIE-M10 can be configured by ezManager.

 Cancelling the Firewall operation

In case of being blocked by firewalls of a personal computer or network block, you

must cancel all the firewalls before searching CIE-M10.



Most of vaccine programs have firewall functions so it can cause some trouble to

search CIE-M10. Close or pause these programs before searching the product.

 Stable supply of the power

Check if the power is supplied continually. The red LED on the CIE-M10 shows that

the power is switched on.

 Connection with the network

Make sure that the network connection is fine including Ethernet cable. In this step,

we recommend that users connect CIE-M10 with PC directly or in the same network

hub.

 Checking options of restriction

In case that restriction of access is activated, the communication with ezManager will

be unavailable. When users are in this situation, make CIE-M10 operate in ISP mode.

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9.2 Connection Problem over Modbus/TCP

 Checking parameters related with TCP/IP

When CIE-M10 has a private network IP address, personal computer ’s IP address has

to be on the same sub network. Check if the IP address and local port number are

correct. In case of a fixed IP address, the subnet mask, gateway IP address and DNS

IP address should be configured.

Slave or Master

Local IP Address, the connection mode (Active / Passive), Peer Address and Peer

Port, Subnet Mask, Gateway IP Address, DNS IP Address, DDNS option and etc.

Table 9-1 major parameters related with Modbus/TCP

 PING Test

Confirm the connection over the network by PING test. If CIE-M10 does not send any

reply from the request, check the network environment.

 Firewall

In case the networks which need strong security, the access may be denied by their

firewall. Under this circumstance, users should ask the person in charge of their

network to release ports which will be used. (Ex: TCP 502, UDP 50005)

 Operation Mode

A TCP connection is not possible when CIE-M10 is operating in the ISP or Serial

Configuration mode.

 Connection Mode

To make a TCP connection, both a server (passive mode) and a client (active mode)

should exist. If there are only servers or clients, the TCP connection cannot be

established.

 ezTCP Firewall

When users set the ezTCP firewall with MAC and IP address, any hosts cannot be

reachable to it except for the hosts who have the allowed MAC and IP address.

Inactivate the option or check the setting is correct.

 Checking the TCP status

TCP is a protocol connected one to one without multiple connections function.

Because of this, if a device is on a TCP connection, other requests are denied. If users

are in this situation, check the network status by connecting on TELNET or using

ezManager.

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9.3 Communication Problem over Modbus/TCP

 Checking Modbus/TCP parameters

Check all the related parameters that [Unit ID], [Input Port Base Address], [Output

Port Base Address], [Poll Interval] and [Notify Input change].

 Checking which mode is using

In case of MACRO or serialized Modbus/TCP, you can control the outputs of CIE-M10.

Turn the mode off if those modes are using.



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10 Related material

10.1 Technical Documents

You can find the following technical documents at our website.

 Datasheet  Modbus/TCP protocol  Internet switch  Combinations of I/O Controllers  Digital Pulse Output  IP Change Notification (DDNS)  Sending MAC Address function  TCP Server/Client mode  Telnet COM Port Control Option  Modmap Users’ manual  etc

10.2 Smart phone application

 ezManager (iOS)  ezManager (Android)  TCP/IP Client (Android)

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11 Technical Support and Warranty

11.1 Technical Support

If you have any question regarding operation of the product, visit Customer Support FAQ

corner and the message board on Sollae Systems’ web site or send us an email at the

following address:

 E-mail: support@eztcp.com  Website Address for Customer Support: http://www.eztcp.com/en/support/

11.2 Warranty

11.2.1 Refund

Upon the customer’s request to refund the product within two weeks after purchase,

Sollae Systems will refund the product.

11.2.2 Free Repair Services

For product failures occurring within two years after purchase, Sollae Systems provides

free repair services or exchange the product. However, if the product failure is due to user’s fault, repair service fees will be charged or the product will be replaced at user’s

expense.

11.2.3 Charged Repair Services

For product failures occurring after the warranty period (two years) or resulting from

user’s fault, repair service fees will be charged and the product will be replaced at user’s

expense.

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12 Precaution and Exemption from Liability

12.1 Precaution

 Sollae Systems is not responsible for product failures occurring due to user ’s

alternation of the product.

 Specifications of the product are subject to change without prior notice for

performance improvement.

 Sollae Systems does not guarantee successful operation of the product if the

product was used under conditions deviating from the product specifications.

 Reverse engineering of firmware and applications provided by Sollae Systems is

prohibited.

 Use of firmware and applications provided by Sollae Systems for purposes other

than those for which they were designed is prohibited.

 Do not use the product in an extremely cold or hot place or in a place where

vibration is severe.

 Do not use the product in an environment in which humidity is high or a lot of oil

exists.

 Do not use the product where there is caustic or combustible gas.  Sollae Systems does not guarantee normal operation of the product under the

conditions a lot of noise exists.

 Do not use the product for a purpose that requires exceptional quality and

reliability relating to user’s injuries or accidents – aerospace, aviation, health care,

nuclear power, transportation, and safety purposes.

 Sollae Systems is not responsible for any accident or damage occurring while using

the product.

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12.2 Exemption from Liability

12.2.1 English version

In no event shall Sollae Systems Co., Ltd. and its distributors be liable for any damages

whatsoever (including, without limitation, damages for loss of profit, operating cost for

commercial interruption, loss of information, or any other financial loss) from the use or

inability to use the CIE-M10 even if Sollae Systems Co., Ltd. or its distributors have been

informed of such damages.

The CIE-M10 is not designed and not authorized for use in military applications, in

nuclear applications, in airport applications or for use in applications involving explosives,

or in medical applications, or for use in security alarm, or for use in a fire alarm, or in

applications involving elevators, or in embedded applications in vehicles such as but not

limited to cars, planes, trucks, boats, aircraft, helicopters, etc..

In the same way, the CIE-M10 is not designed, or intended, or authorized to test,

develop, or be built into applications where failure could create a dangerous situation that

may result in financial losses, damage to property, personal injury, or the death of people

or animals. If you use the CIE-M10 voluntarily or involuntarily for such unauthorized

applications, you agree to subtract Sollae Systems Co., Ltd. and its distributors from all

liability for any claim for compensation.

Sollae Systems Co., Ltd. and its distributors entire liability and your exclusive remedy shall

be Sollae Systems Co., Ltd. and its distributors option for the return of the price paid for, or

repair, or replacement of the CIE-M10.

Sollae Systems Co., Ltd. and its distributors disclaim all other warranties, either expressed

or implied, including, but not limited to, the implied warranties of merchantability and

fitness for a particular purpose, with respect to the CIE-M10 including accompanying

written material, hardware and firmware.

12.2.2 French version

 Documentation

La documentation du CIE-M10 est conçue avec la plus grande attention. Tous les efforts

ont été mis en œuvre pour éviter les anomalies. Toutefois, nous ne pouvons garantir que cette documentation soit à 100% exempt de toute erreur. Les informations présentes dans cette documentation sont données à titre indicatif. Les caractéristiques techniques peuvent changer à tout moment sans aucun préavis dans le but d'améliorer la qualité et les

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possibilités des produits.

 Copyright et appellations commerciales

Toutes les marques, les procédés, les références et les appellations commerciales des

produits cités dans la documentation appartiennent à leur propriétaire et Fabricant respectif.

 Conditions d’utilisations et limite de responsabilité

En aucun cas Sollae Systems Co., Ltd. ou un de ses distributeurs ne pourra être tenu

responsable de dommages quels qu'ils soient (intégrant, mais sans limitation, les dommages pour perte de bénéfice commercial, interruption d'exploitation commerciale, perte d’informations et de données à caractère commercial ou de toute autre perte financière) provenant de l'utilisation ou de l'incapacité à pouvoir utiliser le CIE-M10, même

si Sollae Systems Co., Ltd. ou un de ses distributeurs a été informé de la possibilité de tels

dommages.

Le CIE-M10 est exclusivement prévu pour un usage en intérieur, dans un environnement

sec, tempéré (+10 °C à +40°C) et non poussiéreux. Le CIE-M10 n’est pas prévu, ni autorisé pour être utilisé en extérieur, ni de façon embarquée dans des engins mobiles de quelque nature que ce soit (voiture, camion, train, avion, etc…), ni en milieu explosif, ni dans des enceintes nucléaires, ni dans des ascenseurs, ni dans des aéroports, ni dans des enceintes hospitaliers, ni pour des applications à caractère médical, ni dans des dispositifs de détection et d’alerte anti-intrusion, ni dans des dispositifs de détection et d’alerte antiincendie, ni dans des dispositifs d’alarme GTC, ni pour des applications militaires.

De même, le CIE-M10 n’est pas conçu, ni destiné, ni autorisé pour expérimenter, développer ou être intégré au sein d’applications dans lesquelles une défaillance de celui-ci pourrait créer une situation dangereuse pouvant entraîner des pertes financières, des dégâts matériel, des blessures corporelles ou la mort de personnes ou d’animaux. Si vous

utilisez le CIE-M10 volontairement ou involontairement pour de telles applications non

autorisées, vous vous engagez à soustraire Sollae Systems Co., Ltd. et ses distributeurs de toute responsabilité et de toute demande de dédommagement.

En cas de litige, l'entière responsabilité de Sollae Systems Co., Ltd. et de ses distributeurs

vis-à-vis de votre recours durant la période de garantie se limitera exclusivement selon le

choix de Sollae Systems Co., Ltd. et de ses distributeurs au remboursement de votre

produit ou de sa réparation ou de son échange. Sollae Systems Co., Ltd. et ses distributeurs démentent toutes autres garanties, exprimées ou implicites.

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Tous les CIE-M10 sont testés avant expédition. Toute utilisation en dehors des spécifications et limites indiquées dans cette documentation ainsi que les court-circuit, les chocs, les utilisations non autorisées, pourront affecter la fiabilité, créer des

dysfonctionnements et/ou la destruction du CIE-M10 sans que la responsabilité de Sollae Systems Co., Ltd. et de ses distributeurs ne puissent être mise en cause, ni que le CIE-M10 puisse être échangé au titre de la garantie.

 Rappel sur l’évacuation des équipements électroniques usagés

Le symbole de la poubelle barré présent sur le CIE-M10 indique que vous ne pouvez pas vous débarrasser de ce dernier de la même façon que vos déchets courants. Au contraire, vous êtes responsable de l’évacuation du CIE-M10 lorsqu’il arrive en fin de vie (ou qu’il est hors d’usage) et à cet effet, vous êtes tenu de le remettre à un point de collecte agréé pour le recyclage des équipements électriques et électroniques usagés. Le tri, l’évacuation et le recyclage séparés de vos équipements usagés permettent de préserver les ressources naturelles et de s’assurer que ces équipements sont recyclés dans le respect de la santé humaine et de l’environnement. Pour plus d’informations sur les lieux de collecte des équipements électroniques usagés, contacter votre mairie ou votre service local de traitement des déchets.

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13 Revision History

Date

Version

Comment

Author

2009.06.24.

1.0

○ Initial Release

2009.07.01

1.1

○ Add a notification about being removed JP2

2011.08.09

2.0

○ Document style has been changed based on CIEM10’s manual v2.6 ○ Dimension of top and side view has been added

Roy LEE

2011.12.14

2.1

○ Descriptions of DynDNS service has been changed. ○ Descriptions of FIFO function has been deleted.

Amy Kim

2012.02.08

2.2

○ Add recommended values of the Event Byte ○ Download link and Typo have been fixed.

Amy Kim

2012.05.23

2.3

○ Modify Icons ○ Extend the warranty period to two years

Amy Kim

2012.06.25

2.4

○ Change description of network interface ○ Remove description about PPPoE and DHCP

Amy Kim

2012.10.08

2.5

○ Fixed Digital Input Ports Interface Circuit Error

(Buffer -> Inverter)

Matthew Lee

2013.02.21

2.6

○ Add description of reset time ○ Modify some document styles

Amy Kim

2013.05.09

2.7

○ Add related material ○ Add Exemption From Liability

Amy Kim

2013.05.16

2.8

○ Add Exemption From Liability (French version) ○ Add Feature

Amy Kim

2013.08.21

2.9

○ Add the function of Pulse Control through WEB ○ Modify the screen capture images to new version.

Amy Kim

2013.12.26

3.0

○ Correct some errors and expressions

Amy Kim

Sollae Systems CIE-M10 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual