RFID key fob Atlo ATLO-534/R, proximity access token, passive 13.56 MHz

Atlo ATLO-534/R is a passive RFID key fob designed for proximity access control and identification. Operating at 13.56 MHz, this compact access token fits on keyrings and is suited for door entry systems, time-and-attendance terminals, lockers, and asset tagging. Its pendant-style casing offers a durable and convenient form factor compatible with systems that read standard 13.56 MHz RFID transponders.

Advantages

The passive design requires no battery, drawing power from the reader field for reliable short-range communication. The 13.56 MHz operating frequency ensures compatibility with a broad range of NFC and HF access control readers and supports stable read performance in everyday use. The key fob’s robust housing protects the internal transponder from mechanical wear and light impacts while remaining lightweight and easy to carry.

Suitable for

• Proximity door entry and access control systems
• Time-and-attendance terminals and employee identification
• Locker and cabinet access management
• Asset tagging and short-range identification tasks

Key specifications

• Operating frequency: 13.56 MHz
• Form factor: pendant / key fob
• Power: passive (no internal battery)
• Read range: short-range proximity (typical distances depend on reader power and antenna)
• Compatibility: standard HF/NFC readers supporting 13.56 MHz transponders
• Material: durable plastic housing

How to use

Present the RFID key fob to the reader’s designated detection area or antenna until the reader confirms a successful read. There is no setup required for the token itself; registration or encoding is performed through the access control or identification system according to system procedures. The fob can be attached to keys, lanyards, or clips for everyday carry and should be kept free of heavy mechanical damage or exposure to extreme conditions to maintain reliable operation.

Usage recommendations

Store the key fob with other access credentials but avoid placing it directly against strong magnetic sources or heavy metal objects that can reduce read range. For best results, follow your access control system provider’s guidelines when registering and positioning the tag during use.