ABB 3HAC028357-024 Conjunto de arnés USB único

The 3HAC028357-024 Single USB Harness Assembly is a specific component designed for use with the ABB DSQC679 Teach Pendant.

• It is referred to as a "Single USB Harness Assembly" and is identified by the product code "3HAC028357-024."
• The USB harness assembly serves as a connection interface between the ABB DSQC679 Teach Pendant and external devices or systems.
• Specifically, it provides a USB connection, allowing data transfer and communication between the Teach Pendant and compatible devices such as computers, controllers, or other peripherals.
• The harness assembly is designed to ensure a secure and reliable connection between the Teach Pendant and the connected USB device.
• It typically consists of a cable or set of cables with appropriate connectors at each end, specifically tailored for compatibility with the DSQC679 Teach Pendant and the USB interface it supports.
• The purpose of this assembly is to enable data exchange, programming, and control capabilities for the ABB DSQC679 Teach Pendant.
• It allows operators or technicians to connect the Teach Pendant to external devices, facilitating tasks such as programming robot movements, configuring parameters, transferring data, or monitoring robot performance.
• The 3HAC028357-024 Single USB Harness Assembly is a component that provides a USB connection interface for the ABB DSQC679 Teach Pendant, enabling data transfer and communication with external devices or systems.
• It plays a crucial role in facilitating programming, control, and data exchange functionalities for the Teach Pendant in industrial robotic applications.

inRobots.shop provides high quality and low cost products and services for repairers, factories, engineers, distributors, etc. around the world, including a wide range of original, new, used and refurbished automated industrial robot parts.

inRobots adhere to the service concept of "customer first" and fully implement an integrated customer service process from purchase to after-sales. inRobots value each customer feedback and constantly improve the quality of our products and services to achieve maximum customer satisfaction.