Avigilon AC-APP-2048R-ENT2 access control enterprise appliance with 2048 readers
Technical Specification
- Make: Avigilon
- Model code: AC-APP-2048R-ENT2
- Series: Access Control Manager Enterprise
- Standalone/ Networked/ PC: Networked
- Reader Type: Card Swipe
Avigilon Access Control Manager Enterprise is a web-based, access control solution that enables enterprises of all sizes to secure their facilities, people and assets across multiple offices, buildings or locations from any browser. Avigilon’s revolutionary access control platform is the industry’s first and only physical access control system (PACS) that seamlessly integrates with IT and logical security systems to deliver a new standard in performance, scalability and efficiency that can only be achieved through convergence.
Read moreMake | Avigilon |
---|---|
Manufacturer | Avigilon Corporation |
Category | Access control products >Access control systems & kits |
Model code | AC-APP-2048R-ENT2 |
Series | Access Control Manager Enterprise |
Standalone/ Networked/ PC: Networked Reader Type: Card Swipe No of Cardholders: 500,000 |
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Environmental Specifications |
Operating Temperature oC: 10 ~ 35 C (50 ~ 95 F) Operating Humidity %: 20 ~ 80 |
Electrical Specifications |
Voltage: 90 ~ 264 V AC Power Consumption: 250 W |
Physical Specifications |
Dimensions mm: 42 x 434 x 394 Weight g: 8,050 |
System Requirements |
Operating System: Linux, OpenLDAP, VMware Ready, VerAfied Web Browser: Firefox, Google Chrome, Apple Safari, Internet Explorer |
Additional info |
Avigilon Access Control Manager Enterprise is a web-based, access control solution that enables enterprises of all sizes to secure their facilities, people and assets across multiple offices, buildings or locations from any browser. Avigilon’s revolutionary access control platform is the industry’s first and only physical access control system (PACS) that seamlessly integrates with IT and logical security systems to deliver a new standard in performance, scalability and efficiency that can only be achieved through convergence. |
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