ZKTeco AMT-EP10C-LF Multi-Tech RFID 125 kHz Smart Reader

Built for dependable, secure access at exterior entrances, the ZKTeco AMT-EP10C-LF multi-tech smart reader delivers mobile and credential-based entry that reduces friction for users while strengthening perimeter security. This smart reader accepts 125 kHz, 13.56 MHz and 2.4 GHz credentials—covering 100+ card types—so facilities can standardize hardware and support mixed credential populations. Mobile access via NFC and Bluetooth provides a modern user experience, while RS-485 and Wiegand interfaces plus OSDP with AES128 encryption protect communications with your access control panel. Engineered for surveillance and monitoring environments, the AMT-EP10C-LF is rated IP68 and IK10 with UL94-V0 materials and operates across wide temperatures for uninterrupted performance in harsh outdoor conditions. The compact mullion design and optional gang box simplify installation at doors, gates, and turnstiles. Ideal for corporate campuses, multifamily properties, education and transportation hubs, this reader balances rugged reliability with flexible integration. Add the AMT-EP10C-LF to your next access control or perimeter security project to improve uptime and user convenience.

• Secure mobile and credential access: NFC and Bluetooth mobile entry plus support for 100+ card formats simplifies user onboarding and reduces credential management headaches.
• Rugged, all-weather design: IP68 water/dustproof, IK10 vandal resistance and UL94-V0 materials ensure reliable outdoor operation in extreme conditions.
• True multi-frequency compatibility: Reads 125 kHz, 13.56 MHz and 2.4 GHz credentials so one reader supports diverse cards and fobs across sites.
• Enterprise integration & encryption: RS-485 and Wiegand interfaces with OSDP support and AES128 end-to-end encryption protect communications with access control panels.
• Flexible installation: Slim mullion form factor with optional gang box and a long operating range (up to 196.85" / ~5 m) for easy mounting across entrances and gates.