Why do outputs remain on when communication is lost on Numatics Digital Manifolds?
If the outputs of your Numatics Digital Manifolds remain on when communication is lost or the PLC is in 'Program' mode, the communication fault parameters might be set incorrectly. Verify that the communication fault/idle mode parameter setting is not set to 'Hold Last Output State'.
What to do if valve outputs do not energize on Numatics Digital Manifolds?
If the valve outputs on your Numatics Digital Manifolds do not energize, check for 24VDC on the +24 VDC (Valves and Outputs) pin of the MINI Auxiliary Power connector of the Comm. module. The issue might be due to output power not being present or connected improperly on the Auxiliary Power connector.
How to troubleshoot no activity link LED on Numatics Digital Manifolds?
If there is no Activity/Link LED on your Numatics Digital Manifolds, verify the type of cable (straight-thru or crossover) that is being used and the wiring of the cable. This issue is likely due to no network connection.
Why are the wrong valve solenoid coils being energized on Numatics Digital Manifolds?
If the wrong valve solenoid coils are being energized on your Numatics Digital Manifolds, check that the correct Z-BoardTM types are installed. Ensure that the ribbon cable (Output group No. 2) is connected to the appropriate valve station. The issue may stem from a Z-BoardTM type mismatch, such as a single Z-BoardTM present where a double Z-BoardTM is expected, or vice versa.
Specifies the conditions under which the Numatics G3 Manifold shall be used.
Highlights safety symbols and emphasizes reading manuals for safe operation.
Provides an overview of EtherNet/IP as a communication protocol.
Lists the key features supported by the G3 EtherNet/IP module.
Details the performance metrics of the G3 EtherNet/IP module.
Introduces the G3 Series as an electronic product platform.
Explains the modular and scalable nature of the G3 Series.
Details the 500 Series Pneumatic Valve Manifold and its features.
Describes the standard Z-Board connectors for the 500 Series.
Details the 2000 Series Pneumatic Valve Manifold and its features.
Describes the Z-Board connectors for the 2000 Series.
Explains the application of Zoned Power Manifold blocks in a 503 assembly.
Provides an example illustrating the use of Zoned Power Manifold blocks.
Introduces the EtherNet/IP DLR Communication Module (Node).
Details the components and features of the communication module.
Provides pin-out information for communication and power connectors.
Illustrates the wiring diagrams for power supply connections.
Provides guidelines for proper grounding of communication nodes.
Details the power consumption characteristics of various modules.
Explains the LED functions for module status and diagnostics.
Introduces the integrated graphic display for configuration and diagnostics.
Illustrates the main menu navigation structure of the graphic display.
Provides step-by-step instructions for setting the IP address.
Provides step-by-step instructions for setting the subnet mask.
Provides step-by-step instructions for setting the gateway IP address.
Explains how to enable/disable DHCP/BOOTP for IP address assignment.
Details the configuration mode settings for the module.
Explains how to enable or disable the G3 Web Server.
Displays the fixed MAC Address of the module.
Configures the fault action parameter for communication faults.
Allows adjustment of the graphic display brightness.
Allows flipping the display orientation of the graphic interface.
Sets the specific data format for I/O data exchange.
Enables or disables the settability of parameters via the graphic display.
Locks or unlocks manifold configurations to prevent unintended changes.
Enables or disables the Quick Connect feature for faster startup.
Sets the module to operate as a standard Ethernet IP (non DLR) node.
Resets all module parameters to their factory default values.
Provides access to module diagnostics information.
Enables an internal diagnostic tool to test module functionality.
Lists automatic error messages displayed during operation.
Illustrates the process flow for the Auto Recovery Module.
Explains how I/O capability is distributed using Sub-Bus modules.
Details the SUB-BUS OUT and AUX. POWER OUT modules.
Lists and describes various Sub-Bus cable options.
Describes the usage and limitations of Digital I/O modules.
Provides technical specifications for various I/O modules.
Details the I/O module components and their menu navigation.
Details digital input modules, including M12 and terminal strip types.
Details digital output modules, including M12 and terminal strip types.
Describes modules that provide both digital inputs and outputs.
Details the valve driver modules for 2000 and 500 Series valves.
Explains the Sub-bus Valve Module for distributed valve control.
Describes the Sub-bus Valve Module without distribution or I/O capabilities.
Details the requirements for extended coil capability in 500 Series manifolds.
Explains how to configure extended coil valve driver assemblies.
Provides IO mapping for extended coil valve drivers.
Describes the 501 Series manifold with up to 64 solenoid coils.
Describes the 501 Series manifold with up to 128 solenoid coils.
Describes the 502 and 503 Series manifold with up to 80 solenoid coils.
Outlines the rules and specifications for analog I/O modules.
Explains the graphic display functions for Analog I/O modules.
Describes the self-test mode for analog I/O modules.
Details how to reset analog module parameters to factory defaults.
Details the G3 RTD Temperature module and its capabilities.
Explains the Sub-Bus Hub module for branch distribution.
Defines NPN and PNP sensor types and connections.
Describes how to access the G3 node's integrated web server.
Provides steps for connecting a computer to a G3 EtherNet/IP node.
Explains the features and navigation of the built-in Ethernet server.
Details methods for configuring the IP address of the G3 node.
Describes user-configurable parameters defining manifold behavior.
Configures output behavior during communication faults or idle modes.
Guides G3 configuration within RSLogix 5000 using a generic module.
Details using the Numatics G3 EDS file for RSLogix 5000 configuration.
Explains how to determine I/O data sizes for manifolds.
Provides a worksheet for calculating I/O data requirements.
Details the bit mapping rules for Numatics valve manifolds.
Provides examples of I/O mapping configurations.
Explains the format and bits of the diagnostic word.
Lists electrical and operating specifications for the system.
Lists the default settings for various module parameters.
Provides solutions for common communication and I/O module issues.
Defines common terms and symbols used in the document.
Provides contact information for technical support and Numatics resources.
General| Product Category | Digital Manifolds |
|---|---|
| Operating Voltage | 24 VDC |
| Number of Solenoids | Single or Double |
| Protection Class | IP65 |
| Communication Protocols | EtherNet/IP, PROFINET |
| Voltage Options | 24 VDC |
| Maximum Flow Rate | 1000 l/min |
| Operating Temperature | -10°C to +50°C (14°F to 122°F) |
| Operating Temperature Range | -10°C to +50°C |
| Configuration | Web-based configuration tool |
| Weight | Varies with configuration |
| Materials | Aluminum |
| Series | G3 Series |
To Next Page
