Vanderbilt AR6332-BI Access control reader
Technical Specification
- Make: Vanderbilt
- Model code: AR6332-BI
- Reader Type: Biometric
- Standalone/ Networkable: Standalone
- Keypad Integrated: Yes
The AR6332-BI fingerprint reader in a Mullion housing is part of the new Siemens access reader range. The reader, which is intended for Access Control applications, can be used either in identification mode (the user is identified by fingerprint data only) or in verification mode (a PIN-code is entered as reference for the stored template to be compared with the actual fingerprint). The reader AR6332-BI can be connected to the CC30xx for CerPass systems, the Dual Reader Interface for SiPass or to the DC2000 for SIPORT NT Access systems.
Read more| Make | Vanderbilt |
|---|---|
| Manufacturer | Vanderbilt Industries |
| Category | Access Control>Access control readers |
| Model code | AR6332-BI |
| Reader Type | Biometric |
| Standalone/ Networkable | Standalone |
| Keypad Integrated | Yes |
| Electrical Specifications | Voltage: 12 V DC |
| Physical Specifications | Dimensions mm: 147 x 48 x 30 |
| Environmental Specifications | Operating Temp oC: 0 ~ +50 |
| Protection | IP54 |
| Additional info | The AR6332-BI fingerprint reader in a Mullion housing is part of the new Siemens access reader range. The reader, which is intended for Access Control applications, can be used either in identification mode (the user is identified by fingerprint data only) or in verification mode (a PIN-code is entered as reference for the stored template to be compared with the actual fingerprint). The reader AR6332-BI can be connected to the CC30xx for CerPass systems, the Dual Reader Interface for SiPass or to the DC2000 for SIPORT NT Access systems. |
Related Whitepapers
10 top insights in access, cloud and more
Schooling the market on education security
Access and security in the age of hybrid working
One system, one card
DownloadAligning physical and cyber defence for total protection
DownloadUnderstanding AI-powered video analytics
DownloadEnhancing physical access control using a self-service model
DownloadHow to implement a physical security strategy with privacy in mind
Download
