background image

IGW/400-UART – Introduction

 

 

 

S S V   E M B E D D E D   S Y S T E M S

 

3

 

 

1 INTRODUCTION 

The WLAN Device Server IGW/400-UART integrates typical measurement and control 
interfaces into an IEEE 802.11b/g-compatible WLAN/WiFi Network. 
 
This very compact system acts as small, easy to use interface converter, which collects 
any data of industrial automation components and transmits it via IEEE 802.11-based 
WLAN. 
 
This document describes the hardware components of the IGW/400-UART. For further 
information about the individual components of this product you may follow the links 
from our website at http://www.ssv-comm.de. 
 
Our website contains a lot of technical information, which will be updated in regular 
periods. 

1.1 Block 

Diagram 

Figure 1 shows the block diagram of the IGW/400-UART. UART1 correlates with the 
RS232 connector (UART1) and the EI/Os correlate with the 14-pin environment interface 
of the IGW/400-UART. 

 

 

Figure 1:  Block diagram of IGW/400-UART 

1.2 Features 

IGW/400-UART 

• 

One 14-pin environment interface connector (EI/O) with RS232/RS422 

• 

One 10/100Mbps Ethernet interface (LAN) 

• 

One RS232 connector (UART1) 

• 

One reverse SMA connector for WLAN antenna 

• 

One power LED (green) 

• 

One WLAN activity LED (red) 

• 

Supply voltage 6 - 30 VDC 

• 

Size 131 x 70 x 26 mm (without antenna) 

 

Summary of Contents for IGW/400-UART

Page 1: ...e SSV Embedded Systems Heisterbergallee 72 D 30453 Hannover Phone 49 0 511 40 000 0 Fax 49 0 511 40 000 40 E mail sales ist1 de Manual Revision 1 4 Date 2006 01 09 For further information regarding ou...

Page 2: ...r UART1 5 3 5 Reverse SMA Connector for WLAN Antenna 5 3 6 10 100 Mbps Ethernet Interface 5 4 MECHANICAL DIMENSIONS 6 4 1 Mechanical Dimensions with DIN Rail Mounting Set 7 4 2 Mechanical Dimensions w...

Page 3: ...product you may follow the links from our website at http www ssv comm de Our website contains a lot of technical information which will be updated in regular periods 1 1 Block Diagram Figure 1 shows...

Page 4: ...IGW 400 UART Overview SSV EMBEDDED SYSTEMS 4 2 OVERVIEW Figure 2 Overview IGW 400 UART...

Page 5: ...VDC by the power supply If this LED is off check the connection between the power supply and the IGW 400 UART Check also if the power supply is set to 6 30 VDC The default setting of the power supply...

Page 6: ...IGW 400 UART Mechanical Dimensions SSV EMBEDDED SYSTEMS 6 4 MECHANICAL DIMENSIONS All length dimensions have a tolerance of 0 5 mm Figure 3 Mechanical dimensions of IGW 400 UART...

Page 7: ...anical Dimensions SSV EMBEDDED SYSTEMS 7 4 1 Mechanical Dimensions with DIN Rail Mounting Set All length dimensions have a tolerance of 0 5 mm Figure 4 Mechanical dimensions of IGW 400 UART with DIN r...

Page 8: ...00 UART Mechanical Dimensions SSV EMBEDDED SYSTEMS 8 4 2 Mechanical Dimensions with Wall Mounting Set All length dimensions have a tolerance of 0 5 mm Figure 5 Mechanical dimensions with wall mounting...

Page 9: ...IGW 400 UART Mechanical Dimensions SSV EMBEDDED SYSTEMS 9 4 3 Drilling Template for Wall Mounting Set All length dimensions have a tolerance of 0 5 mm Figure 6 Drilling template for wall mounting set...

Page 10: ...UART2 RS422 serial port RX pin 14 Vout 3 3 VDC Output max 100 mA Table 1 Pinout environment interface 5 2 RS232 Connector UART1 Top view Pin Name Function 1 DCD1 UART1 serial port DCD pin 2 RXD1 UART1...

Page 11: ...r 2 modified WBU 1 2 2005 09 29 chapters 4 1 4 2 and 4 3 added WBU 1 3 2006 01 09 errors corrected WBU COPYRIGHT The content of this document can change any time without announcement There is taken ov...

Reviews: