- •Table of Contents
- •Important comments
- •Legal disclaimers
- •Copyright
- •Personnel qualification
- •Intended use
- •Scope
- •Symbols
- •WAGO-I/O-SYSTEM 750
- •System Description
- •General
- •Coupler/Controller (1)
- •I/O Modules (2)
- •End Module (3)
- •Installation
- •Safety notes
- •Mechanical Installation
- •Electrical Installation
- •Wire Connection
- •Change fuse
- •Power supply
- •System supply voltage
- •Supply Voltage Field Side
- •Manufacturing Number
- •Technical Data
- •Fieldbus coupler/controller
- •Fieldbus coupler 750-319
- •Description
- •Software for the coupler
- •Hardware
- •View
- •Device supply
- •Fieldbus connection
- •Display elements
- •Configuration interface
- •Hardware address
- •Operating system
- •Data exchange
- •Starting-up LON fieldbus nodes
- •LED display
- •Blink code
- •Fieldbus status
- •Node status
- •Fault message via the blink code of the I/O LED
- •Supply voltage status
- •Fault behavior
- •Fieldbus failure
- •Internal bus fault
- •Technical Data
- •Fieldbus controller 750-819
- •Description
- •Software for the controller
- •Hardware
- •View
- •Device supply
- •Fieldbus connection
- •Display elements
- •Configuration and programming interface
- •Operating mode switch
- •Hardware address
- •Operating system
- •Start-up
- •PLC cycle
- •Process image
- •Data exchange
- •Memory areas
- •Addressing
- •Addressing the I/O modules
- •Addressing the PFC variables
- •Addressing the configuration variables
- •Starting-up LON fieldbus nodes
- •Programming the PFC with WAGO-I/O-PRO 32
- •LON library elements for WAGO-I/O-PRO 32
- •IEC 61131-3 Program transfer
- •Transmission via the serial interface
- •Transmission via the fieldbus
- •LED display
- •Blink code
- •Fieldbus status
- •Node status
- •Fault message via the blink code of the I/O LED
- •Supply voltage status
- •Fault behavior
- •Fieldbus failure
- •Internal bus fault
- •Technical Data
- •I/O modules
- •Digital Inputs
- •Digital Outputs
- •Analog Inputs
- •Analog Outputs
- •Speciality modules
- •Supply modules
- •Potential multiplication module
- •Binary spacer modules
- •Separation module/ end module
- •General Safty Information!
- •Information on the network architecture
- •Transmision media
- •Topology
- •Transceiver
- •Recommended bus and cable lengths
- •Bus shaped wiring
- •Free Wiring
- •Cable specifications
- •Network installation
- •Addressing
- •Configuration
- •Binding
- •Network communication
- •Data exchange via network variables
- •Standard types of network variables
- •Protocol
- •Channel access method
- •Application in Explosive Environments
- •Foreword
- •Protective measures
- •Classification meeting CENELEC and IEC
- •Divisions
- •Explosion protection group
- •Unit categories
- •Temperature classes
- •Types of ignition protection
- •Classifications meeting the NEC 500
- •Divisions
- •Explosion protection groups
- •Temperature classes
- •Identification
- •For Europe
- •For America
- •Installation regulations
- •Glossary
- •Literature list
- •Index
Fieldbus coupler/controller |
• 37 |
Fieldbus controller 750-819 |
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3.2.3.7 Hardware address
Each Neuron-Chip in a WAGO LON fieldbus controller is provided from the factory with a unique and unambiguous physical address, the Neuron-ID. This address is to be found on the rear of the controller and on an adhesive tear-off label on the side of the controller.
By a press on the Service-Pin at the beginning of network configuration a special network management telegram will be send out.
With this telegram the node informs the network management tool about his Neuron-ID, a unique 48-bit number.
During the starting up, the Network Management Tool Software uses the Neu- ron-ID for the unequivocal addressing of the node.
For network communication the NMT software assignes automatically in the standard application WAGO TOPLON® PRIO for each node a logical address. Thereby the encoder switches are without function.
With the address setting via the encoder switches in WAGO TOPLON® PRIO the first byte of the Location ID (information on the fieldbus node location) is generated.
The address is adjustable in the range of 0x00 and 0xFF and is used to create the node address.
The value of the switch at the bottom is the most significant value of the address (upper Nibble).
The value of the switch at the top is the least significant value of the address (lower Nibble).
Example:
If the logical address 0x63 is set with the switch at the top to 3 and the switch at the bottom to 6, the first byte of Location ID is generated to 01100011.
During the initialization the chosen address is read. If the address is changed during the running mode, the change has no effect until power is cycled.
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02 |
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4 |
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C |
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A |
6 |
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8 |
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E |
02 |
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4 |
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C |
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A |
6 |
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8 |
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SERVICE |
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Fig. 3-4: Encoder switches for logical address and Service-Pin |
g9123a0x |
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Modular I/O System
LONWORKS®
