Manual Automation Systems S7-300, ET 200M Ex I/O Modules A5E00172008-08; Edition 06/2005\nThis manua

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Specifications	Manual Automation Systems S7-300, ET 200M Ex I/O Modules A5E00172008-08; Edition 06/2005\nThis manual is part of the documentation package\nwith the order num\ ber: 6ES7398-8RA00-8BA0 A&D AS SM ID
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SIMATIC S7 HART Analog Modules 4.7 HART analog input modules SM 331; AI 2 x 0/4.20 mA HART (6ES7331-7TB00-0AB0) S7-300, ET 20

Specifications	Manual Automation Systems S7-300, ET 200M Ex I/O Modules A5E00172008-08; Edition 06/2005\nThis manual is part of the documentation package\nwith the order num\ ber: 6ES7398-8RA00-8BA0 A&D AS SM ID
Outline	Back to home Retour à la page de garde Torna alla pagina iniziale Volver a Inicio Title Preface Table of contents 1 Mechanical Configuration of an Automation System with SIMATIC S7 Ex Modules 1.1 Use 1.2 Fundamental Guidelines and Specifications 1.3 The LK 393 line chamber 1.4 Configuration of an S7-300 with Ex I/O Modules 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.7.1 General information 1.7.2 Marking of Cables and Lines of Intrinsically Safe Circuits 1.7.3 Wiring and Cabling in Cable Bedding Made of Metal or in Conduits 1.7.4 Summary of Requirements of DIN EN 60079-14 1.7.5 Selecting the cables and wires in accordance with EN 60079-14 1.7.6 Types of cables 1.7.7 Requirements of Terminals for Intrinsically Safe Type of Protection 1.9 Lightning Protection 1.9.1 Measures 1.9.2 External Lightning Protection/Shielding of Buildings 1.9.3 Creating distributed systems with S7-300 and ET 200M 1.9.4 Shielding of Cables and Buildings 1.9.5 Equipotential Bonding for Lightning Protection 1.9.6 Overvoltage Protection 1.9.7 Example of Lightning and Overvoltage Protection 1.9.8 Lightning Strike 1.10 Installation Work in Hazardous Areas 1.10.1 Safety Measures 1.10.2 Use of Ex Assemblies in Hazardous Zone 2 1.10.3 Use of Ex Assemblies in Hazardous Zone 1 1.5 Configuration of an ET 200M with Ex I/O modules 1.6 Equipotential Bonding in Systems with Explosion Protection 1.7 Wiring and Cabling in Ex Systems 1.8 Shielding and Measures to Counteract Interference Voltage 1.9 Lightning Protection 1.10 Installation Work in Hazardous Areas 1.11 Maintenance of Electrical Apparatus B Standards and licenses Glossary Index Product Information A5E00201782-03 Product Information A5E00291373-02 Product Information A5E00336417-01
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Content	SIMATIC S7 HART Analog Modules 4.7 HART analog input modules SM 331; AI 2 x 0/4.20 mA HART (6ES7331-7TB00-0AB0) S7-300, ET 200M Ex I/O Modules 4-22 Manual, Edition 06/2005, A5E00172008-08 Insulation tested • Channels to backplane bus and load voltage L+ with AC 1500 V • Channels to each other with AC 1500 V • Backplane bus with respect to load voltage L+ with DC 500 V Current input • from backplane bus max. 100 mA • from load voltage L+ max. 180 mA Module power loss typical 4.5 W Safety specifications (see EU special test certificate KEMA 01ATEX1060 X in Appendix under Certificates of Conformity ) Type of protection to EN 50020 [EEx ib] IIC Maximum values per channel • U0 (no-load output voltage) max. 26 V • I0 (short-circuit current) max. 96.1 mA • P0 (load power) max. 511 mW • L0 (permissible external inductance) max. 3 mH • C0 (permissible external capacity) max. 62 nF • Um (fault voltage) max. DC 250V • Ta (permissible ambient temperature) 0.60°C Analog value formation Measuring principle SIGMA-DELTA Integration time/conversion time/resolution (per channel) • configurable yes yes yes yes • Integration time in ms 2,5 16 2/3 20 100 • Basic conversion time incl. integration time in ms (1 channel enabled) 2,5 16 2/3 20 100 • Basic conversion time including integration time in ms (2 channels enabled) 7,5 50 60 300 • Resolution in bit + sign (incl. overrange) 10+ sign 13+ sign 13+ sign 15+sign • Interference voltage suppression for interference frequency f1 in Hz 400 60 50 10 Interference suppression, error limits Interference voltage suppression for f = n x (f1 ± 1 %), (f1 = interference frequency) • Common-mode interference channels with respect to earth terminal of the CPU (UISO < 60 V) > 130 dB • Normal-mode interference (measured value + interference must be within the input range 0 to 22 mA) > 60 dB Crosstalk attenuation between inputs (UISO < 60 V) > 130 dB Operational limit (in total temperature range, referred to input range) • from 0/4 to 20 mA ± 0,45 % Basic error limit (operational limit at 25 °C, referred to input range) • from 0/4 to 20 mA ± 0,1 %
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Manual Automation Systems S7-300, ET 200M Ex I/O Modules A5E00172008-08; Edition 06/2005\nThis manual is part of the documentation package\nwith the order num\ ber: 6ES7398-8RA00-8BA0 A&D AS SM ID

Manual Automation Systems S7-300, ET 200M Ex I/O Modules A5E00172008-08; Edition 06/2005\nThis manual is part of the documentation package\nwith the order num\ ber: 6ES7398-8RA00-8BA0 A&D AS SM ID