ISO-FDIS 10746-2:2017, also known as "Industrial automation systems and integration - Distributed function integration modelling (DFIM) for discrete manufacturing processes - Part 2: Model of the resource layer", is a technical standard developed by the International Organization for Standardization (ISO). This standard provides guidelines for the integration of various functions and resources in discrete manufacturing processes.
The Purpose and Scope of ISO-FDIS 10746-2:2017
The primary purpose of ISO-FDIS 10746-2:2017 is to facilitate the interoperability and compatibility of different software applications and systems used in industrial automation. By providing a standardized model for the resource layer, it ensures that diverse manufacturing resources, such as machines, tools, and robots, can be seamlessly integrated into a cohesive system. This allows manufacturers to optimize their operations, improve efficiency, and reduce errors.
Main Components of ISO-FDIS 10746-2:2017
ISO-FDIS 10746-2:2017 consists of several key components that form the framework for integrating resources in discrete manufacturing processes:
Resource Types: The standard defines various resource types, including machinery, devices, workpieces, and human workers. Each resource type has specific attributes that describe its characteristics and behavior within the system.
Resource Structure: It outlines the hierarchical structure of resources and their relationships. Resources are grouped into classes, and each class has a set of associated attributes.
Resource Behavior: This component describes how resources interact with each other and their environment. It includes rules for resource allocation, synchronization, and coordination.
Resource Communication: The standard defines a communication model that enables resources to exchange information and messages. It specifies message formats, protocols, and interfaces for seamless communication.
Benefits of Implementing ISO-FDIS 10746-2:2017
The adoption of ISO-FDIS 10746-2:2017 brings several advantages to manufacturing organizations:
Interoperability: By adhering to a common standard, different systems and software applications can communicate and exchange data effectively, allowing manufacturers to integrate resources from various vendors without compatibility issues.
Efficiency: The standardized resource model enables streamlined workflows and optimized resource allocation, leading to improved efficiency and productivity in manufacturing processes.
Error Reduction: Through consistent resource integration and communication, the likelihood of errors and inconsistencies is reduced, resulting in higher product quality and fewer defects.
Flexibility and Scalability: ISO-FDIS 10746-2:2017 provides a flexible framework that can accommodate changes and expansions in the manufacturing environment. It allows organizations to easily add new resources and modify existing ones without disrupting the overall system.
In conclusion, ISO-FDIS 10746-2:2017 plays a vital role in standardizing the integration of resources in discrete manufacturing processes. Its guidelines ensure interoperability, efficiency, and error reduction, ultimately benefiting manufacturers and improving the overall effectiveness of industrial automation systems.
Nina She