Proximity RFID Card Reader - UHPPOTE - 26/34 bits


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Currently unavailable
This UHPPOTE Proximity RFID Card Reader is designed for access control systems in various environments, including factories, homes, residential areas, and offices. Its primary benefit is providing a fast and reliable method for identifying authorized users with support for both Wiegand 26-bit and 34-bit output formats. A potential consideration is that it requires integration into an existing access control system to function.
| Model Part Number | 26/34 |
|---|---|
| Brand | UHPPOTE |
This reader is designed for standard 125KHz proximity RFID cards, commonly used in Wiegand-based access control systems.
Yes, it is waterproof and conforms to IP66 standards, making it suitable for outdoor installation.
It supports both Wiegand 26-bit and Wiegand 34-bit output formats.
Yes, it requires a stable power supply, typically 12V DC, which needs to be connected from your access control system.
Installation involves wiring the reader to an existing access control panel. Basic knowledge of wiring and access control systems is recommended. Refer to your access control panel's manual for specific connection details.
The exact read range can vary based on the card type and environmental factors, but it is optimized for typical proximity access control use where cards are presented within a few inches of the reader.
No, this reader outputs the card's data to an access control panel. It does not store cardholder information or access logs itself.
Verify power supply to the reader. Check Wiegand data connections to the access control panel. Ensure the access control panel is configured for the correct Wiegand format (26 or 34 bit).
Confirm the reader is correctly wired and receiving adequate power. Check the configuration and response settings on the access control panel. Ensure the card is presented correctly within the read range.
While rated IP66, prolonged submersion or high-pressure water jets can compromise seals. Inspect for any physical damage to the casing. Ensure any cable entry points are properly sealed.
Ensure cards are presented directly in front of the reader. Check for potential interference from other electronic devices or metal objects. Test with multiple known-good cards.
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