eSSL-Access-8002 Multidoor Access Control - 2 Door

The eSSL-Access-8002 is a two-door Access Control System designed to provide secure and efficient entry management for offices, commercial buildings, educational institutions, hospitals, factories, and residential complexes. The controller supports up to 20,000 card users and stores up to 100,000 event records, making it suitable for organizations that require dependable access monitoring. It communicates through TCP/IP 10M/100M adaptive networking and supports four Wiegand 26/34 card readers (2 entry and 2 exit), allowing flexible configurations where users can enter using RFID cards and exit through push buttons or use card authentication for both entry and exit. Its high-speed memory ensures stored records are retained even during power interruptions for improved reliability.

Designed for professional security applications, the eSSL-Access-8002 supports four door control outputs and integrates with compatible Access Control Software using MS Access or MS SQL databases for centralized user management and event reporting. The controller operates reliably across a wide temperature range from -40C to 70C and supports optional fire and alarm linkage for enhanced safety. Its compact controller enclosure, TCP/IP connectivity, and Wiegand reader compatibility make it an ideal Access Control System for integrating with RFID Attendance Machine, Employee Attendance System, Fingerprint Attendance System, and Face Recognition System deployments where centralized multi-door access management is required.

FAQs

Q1. How many doors can the eSSL-Access-8002 control?

The controller is designed to manage up to two doors and supports four Wiegand card readers for entry and exit configurations.

Q2. Does it support network-based management?

Yes. It supports TCP/IP 10M/100M adaptive communication for centralized management through compatible access control software.

Q3. Can it continue to retain records after a power interruption?

Yes. The controller features high-speed memory designed to retain stored records even during power interruptions.