Omron V680-HS52-W V680 Series Cylindrical Antenna

Description

Designed for robust industrial RFID deployment, the Omron V680-HS52-W is a cylindrical read/write RFID antenna engineered to operate within the established Omron V680 series system architecture. This cylindrical antenna features an M22 threaded body design that facilitates straightforward mechanical mounting and integration into automated machinery. Built to endure challenging operational environments, the unit is fitted with a standard cable terminated by a waterproof connector, safeguarding high-frequency signal transmissions against moisture and particulate ingress.

The module achieves reliable data communication with compatible RFID tags, providing steady performance in assembly line automation, inventory tracking, and materials handling. Its heavy-duty construction provides high insulation resistance alongside superior mechanical resistance to vibration and physical shock, ensuring continuous operation on the factory floor.

Features

• Standardized cylindrical M22 threaded profile for easy mounting and positioning.
• Equipped with a standard cable and integrated waterproof connector to maintain IP-rated sealing.
• High shock resistance rating of 500 m/s2 across three orthogonal axes.
• Robust vibration tolerance designed to withstand variable industrial frequencies up to 500 Hz.
• Excellent electrical isolation with a minimum insulation resistance of 20 MOhm at 500 VDC.

Applications

• Automotive assembly line tracking and component verification.
• Automated conveyor systems and sorting facilities.
• Intralogistics and industrial warehouse tracking.
• Machine tool identification and automated tool changers.

Technical Specifications

Installation Guidelines

To ensure optimal RF performance and mechanical longevity, adhere to the following installation parameters:

• Do not exceed the specified tightening torque when mounting the M22 threaded body into metallic or non-metallic brackets.
• Provide sufficient bend radius for the standard antenna cable to prevent long-term stress fatigue at the entry point of the housing.
• Route the communication and RF cable away from high-voltage power lines and variable frequency drives (VFD) to minimize electromagnetic interference.
• Ensure the waterproof connector is fully engaged and locked to prevent fluid entry into the contact pins.