Configured for high-frequency inductive RFID read/write operations in industrial tracking networks, the Omron V680-HS52-R (V680-HS52 Cylindrical Antenna) provides direct physical/electrical execution.

Model Designation & Feature Matrix

• V680: Industrial RFID System Architecture Platform
• HS: High-Sensitivity Electromagnetic Field Read/Write Antenna Head
• 52: M22 Threaded Cylindrical Housing (65 mm Overall Length)
• R: Flexible Robotic Cable Assembly with Non-Waterproof Interface Connector

Technical Specifications Summary

Deterministic Network Bus & Firmware Flash Execution

The antenna transducer transfers high-frequency magnetic flux field signals directly to host controllers via deterministic industrial buses. Internal controller firmware flash compatibility protocols verify antenna resonance feedback and transmission framing parameters on system startup, ensuring deterministic packet transfers without introducing backplane latency across PLC interface racks.

Standard Delivery Contents

• 1 x Omron V680-HS52-R Cylindrical RFID Antenna Unit
• 2 x M22 Lock Nuts for Panel/Bracket Mounting
• 1 x Mounting Instruction Sheet

Physical Installation & Cable Routing Directives

• Mount the M22 threaded barrel into a pre-drilled bracket hole using supplied lock nuts, maintaining recommended clear space around metallic objects to prevent RF detuning.
• Secure the flexible robotic cable along moving machine axis links, ensuring the bending radius remains within specified mechanical limits to eliminate conductor fatigue.
• Ground the connected V680 controller shield terminal to a low-impedance copper earth bus to prevent high-frequency noise interference.
• Avoid routing the non-waterproof connector end through locations exposed to direct liquid spray or oil accumulation.

Frequently Asked Questions

• What physical dimensions are specified for the antenna barrel thread?

  The antenna features an M22 threaded outer barrel with a total housing length of 65 mm for standard clearance hole or bracket mounting.

• What degree of environmental protection applies to the antenna portion?

  The antenna head meets IP67 (IEC 60529) water ingress protection and oil-resistance equivalent to IP67G (JIS C 0920, Appendix 1).

• Is the cable connector end sealed against liquid immersion?

  No, the unit features a flexible robotic cable terminated with a non-waterproof connector, requiring enclosure protection at the connection point.

• What insulation resistance value is verified during factory testing?

  The unit provides an insulation resistance of 20 MOhm minimum at 500 VDC between the internal cable terminals and the metallic outer case.

• How does the antenna handle mechanical shock in high-vibration applications?

  The housing withstands shock loads up to 500 m/s2 applied 3 times each across X, Y, and Z axes (18 impacts total).

• How does controller firmware flash compatibility affect antenna field operation?

  The host controller firmware validates antenna tuning characteristics during start sequences to prevent communication errors during tag reads.

• What operational temperature limits must be maintained during active tag scanning?

  The ambient operating temperature range is -10 deg C to 60 deg C, provided no ice formation occurs on the antenna head.

• How should cable shielding be configured to prevent RF interference?

  Ensure the cable shield grounds directly through the mating V680 controller unit to eliminate ground loops and field distortion.