DeLOCK 64081 Manual de usuario

Converter Ethernet TCP/IP 10/100 Mbps RJ45 to Serial

RS-232 DB9 with Client - Server - Mode

Product-No:64081

User manual no:64081-a

www.delock.com

User manual

1 Overview

Easily connect RS232 serial devices using the 9 pin D-sub interface to your network which can be

conveniently placed next to your serial equipment. This device server supports maximum

921.6Kbps for the RS232 serial interface. Provided for remote control, monitoring and data

communication. It is ideal for POS, factory automation and building automation field.

2 Features

* Support DHCP, automatically obtain an IP address and query IP address through serial setting

protocol

* Support DNS function

* Set parameters through webpag

* Auto-MDI/MDIX, RJ45 port with 10/100Mbps

* Serial port baud rate from 1200 bps to 921.6 Kbps, Check bit of None, Odd, Even, Mark and

Space

* Work mode: TCP Server, TCP Client, UDP Client, UDP Server

* Support virtual serial port and provide corresponding software

* Provide PC TCP/IP socket programming example such as VB, C++, Delphi, Android and IOS

* Power requirement: 5V 1A DC

* Can work in lan, across the switches, routers.

3 Usage Method

3.1 Product Interface and PIN Foot Definition

RS232/M(DB9 Male)

Pin2 Pin3 Pin5

Signal Name RX TX GND

3.2 Network Environment Setup

3.2.1 Device Server Demo System

A simple demo application is provided to demonstrate the setup procedure. The demo

application includes following requirements:

(1)

Two personal computers (PCS) with a local area network (LAN) environment are

required

(2)

A HyperTerminal program running on PC 1 is used as the control program to

communicate with the target serial device.

(3)

A HyperTerminal program running on PC 2 is used as the target serial device.

A demo system illustration diagram is shown in below figure.

Note: Regarding the more detailed procedures, you can refer to Chapter 5 and

Chapter 6 for more details.

Figure 9.Device Server Demo System Illustration

The demo application allows both Hyper Terminal programs on separate PC communicating

via a LAN environment. The input data on the console of HyperTerminal on PC1 will be

transmitted to the HyperTerminal on PC2, and vice versa.

The following are the detailed device server setup procedures,

Step 1: Connect one end of RS-232 cable in PC2’s COM port and another end into device

server’s UART-2 port.

Step 2: Connect the device server to the Ethernet port of PC1 via a RJ-45 cable.

Step 3: Power on PC2 and open a HyperTerminal connection with appropriate serial port

parameters setting.

Figure 10. Target Serial Device COM

Port Setting

Note: When the DHCP function is enabled, users must install a DHCP server on

the network; otherwise, the device server will assign a default static IP address

(i.e. 192.168.0.3) if the DHCP server couldn’t be found. If the DHCP function is

disabled, RS-232 to Ethernet Converter firmware code will assign a default static

IP address (i.e. 192.168.0.3). Of course, users can also change the static IP

address via the AXR2E Configuration Utility or the Remote Configuration Web

Server.

Step 4: Power on the device server to startup the system.

3.2.2 Pair Connection Demo System

The testing environment for pair connection function is shown in below figure.

Figure 11. Testing environment for pair connection function

According to Figure 11, device server 1 is configured as a client and device server 2 is

configured as a server. In addition, a HyperTerminal runs on PC1 as the client console to

send and receive serial data to/from UART-2 of device server 1 via COM2, and another

HyperTerminal runs on PC1 as the server console to send and receive serial data to/from

UART- 2 of device server 2 via COM1.

Both device servers and PC 1 are connected to a LAN hub (or switch). If the “DHCP

Client” function is enabled on either one or both device servers, it is necessary to run a

TFTP/DHCP server program on PC1. The AXR2E Configuration Utility running on PC1 is

used to configure device servers.

3.2.3 Server Mode Setup

Device server 2 will set to “Server” mode by using the default setting.

3.2.4 Client Mode Setup

Because the default setting of connection type is “Server” mode, before start the testing

procedure, device server 1 has to be configured to “Client” mode.

Step 1: Power on device server 1.

Step 2: Use AXR2E Configuration Utility to search the device server.

Step 3: Use AXR2E Configuration Utility [Device Setup] function to change the device

server from Server mode to Client mode with proper settings of destination IP address

and port number. (According to above testing environment the destination IP is device

server 2’s IP address and the destination port is device server 2’s data listening port

number.)

Note: Regarding the more detailed procedures, you can refer to Chapter 5 and Chapter 6

for more details.

Note: In 2010, ASIX Electronics releases a new AX110xx RS-232 to Ethernet

application tool named AXR2E Configuration Utility and a new VSP driver for the new

tool. The new tool integrates VSP Manager, DS Manager and several other useful tools.

If you have installed the older version of application tool on your environment, we

strongly suggest users to remove the older version AX110xx RS232 to Ethernet setup

program first before installing this new AXR2E Configuration Utility.

3.2.5 Testing Procedure

Step 1: Power on device server 2 (Server)

Step 2: Wait for several seconds till the AXR2E Configuration Utility [Search] function

find the device server 2 successfully.

Step 3: Power on device server 1 (Client)

Step 4: Wait for several seconds till the AXR2E Configuration Utility [Search]

Function find the device server 2 successfully. At this moment the status field of

both device servers in Device Status List should display “Connected”.

Step 5: Test data generated on Client sonsole will be displayed on Server console and

test data generated on Server console will be displayed on Client console

3.3 Toolkit Software Setup

AX110xx RS-232 to Ethernet Toolkit includes the VSP (Virtual Serial Port) driver, and the

AXR2E Configuration Utility.

3.3.1 Software Package Installation

Step1: Run AX110xx RS232 to Ethernet Toolkit setup program and the installation wizard

will appear on the screen

Step 2: Wait for setup wizard to finish the software package installation then Click [Finish]

button

3.4 Quick Start

This section provides a very brief "getting started" guide to using the AXR2E

Configuration Utility. You can refer to next chapter for detailed description of each

function supported in the AXR2E Configuration Utility.

The AXR2E Configuration Utility is a Windows program. It consists of necessary tools

that you can use to help manage your RS-232 to Ethernet Converter application

products.

The AXR2E Configuration Utility contains the following tools:

(1)

Device Management tool: enable you to remotely manage RS-232 to Ethernet

Converter device servers.

(2)

Virtual Serial Port tool: enable you to manage virtual serial ports on the host PC.

(3)

Device Monitor tool: enable you to monitor the status of RS-232 to Ethernet

Converter device servers.

(4)

DHCP Server tool: enable an RS-232 to Ethernet Converter device server to get a

dynamic IP address when operating at the DHCP-enabled mode.

(5)

TFTP Server tool: enable an RS-232 to Ethernet Converter device server to

download the new firmware from the TFTP server.

(6)

COM Port Terminal tool: supports two RS-232 port terminals to make it easier for

you to develop or test your RS-232 to Ethernet Converter application products.

3.4.1 Executing AXR2E Configuration Utility

Step 1: On the 32-bit Windows environment, run AXR2E_x86.exe, and then the main

window will appear as the following figure. (Note: on a 64-bit Windows

environment, you should run AXR2E_x64.exe).

Step 2: If there are more than one network interface (multiple IP addresses), AXR2E

configuration utility will pop up a dialog as below and request you to choose one

IP address to be used for management.

3.4.2 Main Window

The main window divides the display into three functional areas: Menu Window,

Function Window and System Log Window.

(1)

Menu Window: displays supported tools and existed VSP Ports list.

(2)

Function Window: displays supported functions of a selected tool.

(3)

System Log Window: mainly displays system log messages. It is also as the

function window of COM Port Terminal tool and as the internal web browser of

Device Management tool.

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