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Yaskawa GPD GPD-333-Configuration-of-Net-Parameters

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GPD-333-Configuration-of-Net-Parameters

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The Yaskawa GPD-333 configuration file relates to AC drive parameters and operates within the DeviceNet network framework. Designed as a slave device, it connects to a master scanner, which can be a 1747-SDN or 1771-SDN, and manages communication through a polled I/O methodology.

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Technical specifications for GPD-333-Configuration-of-Net-Parameters

ManufacturerYaskawa
Product TypeAC Drive Parameters
Product LineGPD
Part NumberGPD-333-Configuration-of-Net-Parameters
Network TypeDeviceNet
Node AddressSet by DIP switches
Drive RoleSlave device
Scanner RoleMaster (e.g. 1747-SDN or 1771-SDN)
Communication ModePolled I/O only
Consuming Assembly (PCA)Drive receives commands
Producing Assembly (PPA)Drive sends status
Parameter SetupRSNetWorx or EDS-based config
Accept CommandApplies changes to drive
EEPROM SaveCommand Saves to memory
Minimum Poll TimePCA & PPA execution time
Tools RequiredRSNetWorx, RSLogix, or EDS installer
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The GPD-333 from Yaskawa serves as a configuration tool for AC drive parameters, specifically tailored for the DeviceNet communication network. Functioning as a slave device, this unit integrates into a larger system managed by a master scanner, such as 1747-SDN or 1771-SDN. The node address can be easily adjusted using DIP switches for straightforward setup.

Within its operational framework, the device employs a polled I/O only communication mode, where it is responsible for two primary functional assemblies. The consuming assembly (PCA) allows the drive to receive commands, while the producing assembly (PPA) enables the drive to communicate its status back to the master. This dynamic data exchange enhances overall control and monitoring capabilities.

Configuration of the drive parameters can be efficiently conducted using tools like RSNetWorx or EDS installers, allowing easy parameter setup. Once commands are accepted, changes can be directly applied to the drive, ensuring proper adjustments are made as needed. Additionally, the EEPROM save command provides a convenient method for retaining settings in memory, even during power loss.

The system is designed to function effectively with a minimum poll time, ensuring that PCA and PPA execution times are reliably met. This setup makes it essential for users to have access to RSNetWorx, RSLogix, or an EDS installer, thus forming a complete environment for the configuration and management of Yaskawa AC drive parameters.