eSSL GP-RFID-102

The eSSL GP-RFID-102 is a reliable RFID Guard Patrol System designed to simplify and enhance security patrol management across commercial, industrial, and institutional facilities. Using 123KHz RFID card technology, the device enables security personnel to record patrol checkpoints accurately, helping organizations maintain transparent patrol records and improve guard accountability. Its compact and durable design makes it suitable for factories, warehouses, residential societies, hospitals, educational institutions, office buildings, and other locations where regular security inspections are essential. The device is easy to carry and operate, making it an efficient solution for daily guard tour management.

The eSSL GP-RFID-102 offers a storage capacity of up to 60,000 records and supports 200 alarm clock groups for scheduled patrol reminders. Powered by a 3.7V lithium rechargeable battery, the device communicates through USB 2.0 without requiring additional drivers, allowing quick and hassle-free data transfer. Designed to operate in temperatures ranging from -40C to +85C, it performs reliably even in demanding environments. Additional features including impact detection, a built-in flashlight, a magnetic connection cable, and 123KHz RFID card support improve usability and security during patrol operations. The GP-RFID-102 is an ideal RFID Guard Patrol System for organizations looking to streamline guard tour management, improve patrol verification, and maintain accurate security records while ensuring dependable performance in a wide range of applications.

FAQs

1. What is the storage capacity of the eSSL GP-RFID-102?

The device can store up to 60,000 patrol records for efficient guard tour management.

2. How is patrol data transferred from the GP-RFID-102?

The device supports USB 2.0 communication and does not require any additional driver for data transfer.

3. What identification technology does the GP-RFID-102 use?

The device uses 123KHz RFID card technology to record security patrol checkpoints accurately.