Omron V680-HS65-R V680 Series Square RFID Antenna

Description

Designed for industrial tracking and automated identification, the V680-HS65-R is a high-performance square RFID antenna configuration featuring a detachable amplifier unit interface. This design facilitates efficient maintenance and flexibility during system deployment. Engineered with a highly durable flexible cable, this antenna accommodates dynamic installations where movement or repetitive bending may occur, making it an excellent fit for modern automated production lines.

The V680-HS65-R square antenna offers robust read/write ranges and reliable electromagnetic performance within the Omron V680 RFID ecosystem. Its protective construction ensures uninterrupted operations in environments prone to dust, moisture, and industrial fluids. By separating the antenna from the amplifier unit, operators can minimize downtime and streamline component swaps without routing complex wiring assemblies.

Features

• Detachable amplifier design simplifies system integration and field maintenance.
• Flexible cable construction designed to withstand mechanical stress and continuous movement.
• Square form factor provides a highly stable and optimized transmission field.
• Robust housing designed to meet demanding factory floor requirements.

Applications

• Automotive assembly line tracking and tracing
• Intralogistics and automated material handling systems
• Work-in-progress (WIP) tracking in manufacturing environments
• Tool management and pallet identification systems

Technical Specifications

Installation Guidelines

To ensure optimal communication performance and mechanical longevity, secure the antenna to a rigid frame using recommended industrial fasteners. Avoid routing the flexible cable adjacent to high-voltage power lines to mitigate electromagnetic interference (EMI). Maintain the minimum specified bend radius of the flexible cable to prevent long-term stress fractures. Ensure the non-waterproof connector interface is housed or sealed in a dry, protected environment if liquid exposure is possible near the connection point.