| Items | ACF100 |
| Template Capacity | 1,000 Fingers (1,000 users) |
| Log Capacity | 1,000,000 Events |
| Cards Supported | 125 KHz Proximity Card 13.56 MHz Smart Card |
| Operation Mode | Fingerprint, Card |
| Communications | RS-485, Wiegand In & Out |
| PC Interface | WIFI (Standard) |
| Lock Control | 2port Control Motor Lock or 1port Control EM/Strike/Deadbolt Lock |
| Fingerprint Sensor | 500Dpi Optical Sensor |
| Fake Fingerprint Detection | Paper, Film, Rubber, Silicon, etc |
| FRR / FAR | 0.1% / 0.0001% |
| Supply voltage | DC 12V ~ 24V |
| Operation Environment | -20 ~50¡Æ / Lower than 90% RH (Non-condensing) |
| Dimension | 68(W) X 138(H) X 37(D) mm |
| Dimension (W)x(H)x(D)mm | 62 x 191 x 58 |
ACF100 combines biometric fingerprint authentication with WiFi for PC communication — a relatively rare combination that eliminates the need for Ethernet cabling to the reader, significantly reducing installation cost and complexity.
ACF100 stores an extraordinary 1,000,000 event logs — far exceeding most readers in its class — making it suitable for high-traffic access points and deployments requiring extended audit log retention.
Yes. ACF100 detects fake fingerprints made from paper, film, rubber, silicone, and similar materials, providing protection against spoofing attacks that could bypass biometric authentication.
ACF100 supports both 125kHz proximity cards and 13.56MHz smart cards (MIFARE, iCLASS), providing broad credential compatibility for organisations with mixed card environments.
ACF100 provides 2-port motor lock control or 1-port EM/Strike/Deadbolt lock control, and supports RS-485 and Wiegand In/Out interfaces for integration with third-party access control panels.