What to do if valve outputs do not energize on Aventics Industrial Equipment?
If the valve outputs on your Aventics Industrial Equipment aren't energizing, the issue might be a lack of output power or an improper connection at the power connector. To resolve this, verify that 24VDC is present on the +24 VDC (Valves) pin of the M12 Power connector of the 580 Node.
Information on safety precautions and symbols used in the manual.
General introduction to DeviceNet™ protocol and its features.
Details on the features of the 580 DeviceNet™ Node.
Information on DeviceNet™ cabling and maximum drop line lengths.
Overview of the pneumatic valve manifold, specifically the 501 Series.
Explanation of Z-Board™ technology for solenoid coil connections.
Description of the communication node module and its configuration.
Detailed description of the components of the DeviceNet™ Node.
Pin configurations for DeviceNet™ communication and power connectors.
Wiring diagram examples for power supply connections.
Guidelines and points for grounding the AVENTICS manifolds.
Information on power consumption and rating for components.
Guidance on selecting external fuses based on power consumption.
Explanation of LED indicators for module and network status.
Diagnostic status bits for output protection and faults.
Overview of the main menu structure and navigation.
Steps for setting the DeviceNet™ node network address.
Reference for I/O size of the manifold.
Steps for setting the DeviceNet™ node baud rate.
Information on setting the configuration mode for the node.
Reference for the product model number.
Setting fault and idle actions for outputs during communication issues.
How to flip the display orientation on the node.
Enabling or disabling parameter settings on the node.
Steps to restore factory default settings for the node.
Accessing diagnostic information from the node.
Performing self-tests on the node's outputs.
List of automatic error messages displayed by the node.
Information about EDS files for DeviceNet™ configuration.
Definitions of Polled, Cyclic, and Change of State I/O message types.
Overview of user-configurable parameters for the node.
Explanation of explicit messaging for node configuration and diagnosis.
Setting output behavior during communication faults or idle states.
Details on input (Rx) and output (Tx) byte sizes.
Rules for mapping bits to valve coils and status inputs.
Example illustrating DeviceNet™ I/O mapping for a specific configuration.
Second example of DeviceNet™ I/O mapping for a different configuration.
Format and meaning of the Diagnostic Word bits.
Steps for registering EDS files and configuring the node in RSNetWorx.
IO mapping for additional 501 series 32 coil valve drivers.
Details on 501 series manifolds with up to 64 solenoid coils.
Details on 501 series manifolds with up to 128 solenoid coils.
Details on 502 and 503 series manifolds with up to 80 solenoid coils.
Electrical specifications for the AVENTICS 580 DeviceNet™ Node.
List of factory default settings for various parameters.
Common troubleshooting steps for communication node issues.
Definitions of common terms and symbols used in the document.
Contact information for technical support and additional resources.
Information on safety precautions and symbols used in the manual.
General introduction to DeviceNet™ protocol and its features.
Details on the features of the 580 DeviceNet™ Node.
Information on DeviceNet™ cabling and maximum drop line lengths.
Overview of the pneumatic valve manifold, specifically the 501 Series.
Explanation of Z-Board™ technology for solenoid coil connections.
Description of the communication node module and its configuration.
Detailed description of the components of the DeviceNet™ Node.
Pin configurations for DeviceNet™ communication and power connectors.
Wiring diagram examples for power supply connections.
Guidelines and points for grounding the AVENTICS manifolds.
Information on power consumption and rating for components.
Guidance on selecting external fuses based on power consumption.
Explanation of LED indicators for module and network status.
Diagnostic status bits for output protection and faults.
Overview of the main menu structure and navigation.
Steps for setting the DeviceNet™ node network address.
Reference for I/O size of the manifold.
Steps for setting the DeviceNet™ node baud rate.
Information on setting the configuration mode for the node.
Reference for the product model number.
Setting fault and idle actions for outputs during communication issues.
How to flip the display orientation on the node.
Enabling or disabling parameter settings on the node.
Steps to restore factory default settings for the node.
Accessing diagnostic information from the node.
Performing self-tests on the node's outputs.
List of automatic error messages displayed by the node.
Information about EDS files for DeviceNet™ configuration.
Definitions of Polled, Cyclic, and Change of State I/O message types.
Overview of user-configurable parameters for the node.
Explanation of explicit messaging for node configuration and diagnosis.
Setting output behavior during communication faults or idle states.
Details on input (Rx) and output (Tx) byte sizes.
Rules for mapping bits to valve coils and status inputs.
Example illustrating DeviceNet™ I/O mapping for a specific configuration.
Second example of DeviceNet™ I/O mapping for a different configuration.
Format and meaning of the Diagnostic Word bits.
Steps for registering EDS files and configuring the node in RSNetWorx.
IO mapping for additional 501 series 32 coil valve drivers.
Details on 501 series manifolds with up to 64 solenoid coils.
Details on 501 series manifolds with up to 128 solenoid coils.
Details on 502 and 503 series manifolds with up to 80 solenoid coils.
Electrical specifications for the AVENTICS 580 DeviceNet™ Node.
List of factory default settings for various parameters.
Common troubleshooting steps for communication node issues.
Definitions of common terms and symbols used in the document.
Contact information for technical support and additional resources.
General| Protection Class | IP65 |
|---|---|
| Type | Pneumatic Directional Control Valve |
| Actuation | Solenoid |
| Operating Temperature | -10°C to +60°C |
| Port Size | G1/8 |
| Material | Aluminum |
| Connection Type | Threaded |
| Series | 580 Series |
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