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Schneider Electric 890USE19600 Version 1.0, INTERBUS Basic Network Interface Module Structural

Models: 890USE19600 Version 1.0 INTERBUS Basic Network Interface Module

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Introduction

Structural	The following figure illustrates the multiple roles of the NIM. The figure provides a
Overview	network view and a physical representation of the island bus:

1fieldbus master

2external 24 VDC power supply, the source for logic power on the island

3power distribution module (PDM)

4island node

5island bus terminator plate

6other nodes on the fieldbus network

7fieldbus network terminator (if required)

12	890USE19600 April 2004

Image 12

Schneider Electric 890USE19600 Version 1.0, INTERBUS Basic Network Interface Module manual Structural

Contents

Advantys STB 890USE19600 VersionPage Table of Contents Application Example Safety Information ProcedureImportant Information Safety Information About the Book At a GlanceValidity Note Construed as a commitment by Schneider Electric About the Book Introduction Summary What’s in this Chapter?Topic What Is Advantys STB? IntroductionIsland Bus I/O Basic What Is a Network Interface Module? Structural About Interbus Outputs in 4 msComponents of a simplified Interbus network are shown below Physical Layer Topology Node AddressingInput and output data in the masters buffer On the shift register ring on which data is circulated Introduction Product specifications of the basic Interbus NIM STB NIB Basic NIM ModuleWhat’s in this Chapter? External Features of the STB NIB 1010 NIM Features Called out in the illustration belowFeature Function Hardware Space reserved for the network connectors NIM housing STB NIB 1010 Fieldbus Interface SummaryFieldbus Port Connections Connectors InterbusNetworking Cable LED Physical Description OverviewGeneral Indications NIM Activity LEDs Power Supply Interface Island is the two-receptacle connector illustrated belowPhysical Description Use either Right Logic Power Improper Galvanic Isolation Characteristics Power SupplyRequirements External STB NIB 1010 Module Specifications Technical Specifications Configuring the Island Bus Basic island configuration Auto-AddressingAbout the Island Bus Address An Example Module Physical Location Island Bus Address Auto-Configuration ConfigurationAbout Auto Been successfully configured at least once RST ButtonHinged cover Stage Island Fallback Scenarios FallbackScenarios Heartbeat Fieldbus Communications Support Introduction What’s in this Chapter? Interbus ID Code LowHigh Bytes Data Type Data Length Data Exchange Data and StatusObjects Objects Internal Process ImageWord Boundaries Output Data Input DataExchange Contains the NIM status Application Example With an Advantys STB NIB 1010 basic NIM Sample Island Assembly AssemblyFieldbus network Sample Island I/O modules have the following island bus addresses Model Module Type Island Bus Address Network Configuration Considerations For use with an Advantys STB islandConnection Devices on an Interbus network Before You BeginSyCon Considerations Using SyCon to Configure an STB Island on Interbus With SyConStage Description Step Action Comment To add the NIM to the network configuration ConfiguringAdd the NIM Workspace Create an EDS Instructions Saving Using CMD to Configure an STB Island on Interbus Island slave to your configuration using CMDCMD Add AddingIsland Slave Downloading Application Example Glossary ARP BOS Can COBComs CRC Dhcp DINEDS EIA EMC EMIEOS Fedp Fsdp GSD Base ScanningIEC IEC type 1 input Industrial I/O Input filteringInput polarity Input response Energized and open when the coil is energized Energized and closed when the coil is energizedContact Nema NIM NMT PDM PDOPLC Process I/O ProducerConsumer model Profibus DP RTD SAPScada SDO Smmps Snmp Stdp TCPTFE UDP VaristorSuppress transient voltage surges Voltage group Index Heartbeat message, 34 housing ID code Interbus Index