User Manual
Table Of Contents
- Contents
- Note for Users Upgrading GV-ASManager
- Firmware and Software Compatibility
- Naming and Definition
- Chapter 1 Introduction
- Chapter 2 Installation
- Chapter 3 The Main Screen of GV-ASManager
- Chapter 4 Settings
- Chapter 5 Video Integration
- Chapter 6 Anti-Passback
- Chapter 7 Patrol Tour
- Chapter 8 Other Functions
- 8.1 Setting Up System User
- 8.2 Setting Up Alert Notification
- 8.3 Startup, Backup and Export Setup
- 8.4 Setting Up GV-GF Fingerprint Readers
- 8.5 Scanning Driver’s Licenses and Business Card
- 8.6 Setting Hot Keys to Quickly Control Doors
- 8.7 Using Remote Lock Down App
- 8.8 Defining New Card Formats
- 8.9 Monitoring Emergency Exits with Input Sensors
- 8.10 Designing and Printing Access Card Template
- Chapter 9 GV-ASRemote
- Chapter 10 GV-ASWeb
- 10.1 Connecting to GV-ASManager
- 10.2 Accessing Live Video
- 10.3 Monitoring GV-ASManager
- 10.4 Accessing Logs
- 10.5 Adding and Deleting Controllers / LPR
- 10.6 Adding and Deleting Cards and Users
- 10.7 Searching, Adding and Deleting IP Cameras
- 10.8 Setting Schedule
- 10.9 Setting Access Groups
- 10.10 Setting Door Groups
- 10.11 Configuring Areas for Anti-Passback
- 10.12 Creating Maps
- 10.13 Setting Export Schedule for Lists and Logs
- 10.14 Setting Up Other Functions
- 10.15 Creating Accounts to Manage GV-ASWeb
- 10.16 Accessing GV-ASWeb using Mobile Devices
- Chapter 11 GV-TAWeb for Workforce Schedule and Payroll
- Chapter 12 GV-VMWeb for Visitor Management
- Chapter 13 License Plate Recognition
- Chapter 14 GV-Access Mobile Applications
- Chapter 15 GV-ASNotify
- Chapter 16 Database Settings
- Chapter 17 Net Module Utility
- Chapter 18 Troubleshooting
- Appendix
68
6.2 Local Anti-Passback
Local Anti-Passback is used on multiple controllers which are associated with network
connections. Before you start, the following conditions must be true:
• The communication mode between GV-ASManager and the controller is Ethernet.
• LAN environment is applied.
Here we will explain how to combine three controllers together to operate the Anti-Passback
(APB) function. Since Anti-Passback is performed in a network connection, every controller
has a unique IP address. When three controllers are connected for Anti-Passback, an APB IP
address is then applied for interaction.
For example, Controller No. 1, No. 2 and No. 3 are combined in sequence, as illustrated
below. APB IP is the IP address of the associated controller.
IP of Controller No. 1 is 192.168.0.11; APB IP of Controller No. 1 is IP of Controller No. 2.
IP of Controller No. 2 is 192.168.0.12; APB IP of Controller No. 2 is IP of Controller No. 3.
IP of Controller No. 3 is 192.168.0.13; APB IP of Controller No. 3 is IP of Controller No. 1.
Controller No. 1
IP:192.168.0.11
A
PB IP:192.168.0.12
Controller No. 2
IP:192.168.0.12
A
PB IP:192.168.0.13
Controller No. 3
IP:192.168.0.13
A
PB IP:192.168.0.11