50pcs RFID Key Fobs Writable, Thin 26 Bit Proximity Key Fobs Fit for Prox Key ISO-Prox 1346 1386 1326 H10301 Format Readers, Works with The Vast Majority of Access Control Systems Black (50pcs)
Reusable: The 26 bit Keyfobs Proximity Fob is compatible with the Pr-ox Key ISO-Prox 1346 1386 1326 H10301 format card reader. The H-ID card is readable, replicable, and rewritable. The low-frequency card frequency is 125KHZ, and the high-frequency card frequency is 13.56MHz. We are a low-frequency card
Compatibility: These non-contact keychains that are compatible with ISO-Prox (do not require contact, can be at a certain distance) are compatible with the 26 bit card readers used with 1386 ISO-Pro-x and 1326 ISO-Pro-x keycards. Compatible with Prox-point Plus、Th-inline II、Mi-niProx、RP-40、RP-10、RPK-40、RP-15、Pro-x80、Pro-xPro、En-try-Prox 4045、Bo-sch ARD-AYJ12、Vi-king PRX-2 card readers (if you are unsure if your system is compatible, please contact us before purchasing)
Universal format: Pr-ox 26 digit keychain 125kHz access sensing keychain adopts the 26 digit H10301 standard format and is used for most access control security systems. FCC ID: XK2204013028F
Website code: The location number in front of these RFID access control KeyTags is 127 or 137, and the commonly used H-ID card format is WG26. Also applicable formats: WG34, WG35, WG37, etc
Attention: The H-ID cards can only be used on H-ID card readers. The serial number has been fixed before leaving the factory and cannot be changed
Description
Description:
Product name: RFID Key Fobs Writable
Feature:
The 125kHz access control sensor keychain adopts the 26 digit H10301 standard format and is used for most access control security systems
It is a readable, replicable, and rewritable low-frequency card with location number 127
The most commonly used HI-D card format is WG26
Notice:
Please allow slight size errors due to manual measurement, thank you for your understanding.
Due to differences in monitors, there may be some color differences. Thank you for your understanding.