آر اف (فرکانس رادیویی) و بی‌سیم ماژول کارت‌خوان آر‌اف‌آی‌دی

Product Attributes

Features

• EtherNet/IP™, PROFINET, or Ethernet (Modbus TCP) as standard — direct PLC connectivity
• Single-cable connection via built-in Ethernet
• I/F enables single system connection with no network converter required
• 3 industrial Ethernet protocols for easy programming with any PLC type
• Multi-reader connection via switching HUB — simplified system design and scalability
• Communication diagnostics via LED status indicators
• Reader indicators for easy on-site communication status checks; high-brightness LEDs visible from a distance
• Reader measures communication signal and ambient noise levels to diagnose stability; reports via LED and to host system for quick installation verification, reduced startup time, and error prevention during operation
• "Warning" communication status indicated in yellow
• Single command controls multiple readers; readers mounted on both sides of a conveyor access RF tags on pallets regardless of placement orientation
• Web browser-based operation from any PC — no special software or RFID expertise required
• Web browser I/F enables full parameter configuration, RF tag communication execution, and operation log review from any connected PC
• Stores up to 2000 communication results with guidance for "Warning" results — fast fault recovery without specialized knowledge
• Logs and reviews the latest 2048 communication results
• Four language support: English, Chinese, Korean, and Japanese
• Graphical display of diagnostic results; time-series signal and noise level analysis reduces troubleshooting time for unstable communication; CSV file export available
• V680S RF tag series — 8 complete combinations based on communication range, mounting material, and memory size for easy application-specific selection
• RF tags molded in PPS resin with excellent oil and chemical resistance; steam-cleaner washable without removal from pallets
• V680S series RF tags used with V680S series readers achieve 30% longer communication range than existing models for more flexible system design