2N® Access Unit 2.0 Fingerprint Reader
Order number: 02263-001
Are you looking for access using something which cannot be forget and which the user always has with them? Select fingerprint access, technology which was the sole domain of bank vaults for a long time. We have already installed the 2N® Access Unit 2.0 Fingerprint Reader in family homes, schools and offices. Try offering this unusual method of access for traditional projects. Datasheets (US)
Technical Parameters
| Interfaces | |
| Power supply: | PoE and/or 12 V/1 A DC |
| PoE: | 802.3af (Class 0–12.95 W) |
| LAN: | 10/100BASE-TX with Auto-MDIX, RJ-45 modular jack |
| Recommended cabling: | Cat-5e or better |
| Active switch output: | 8 to 12 V DC/max 600 mA |
| Passive switch: | NO/NC contacts, up to 30 V/1 A AC/DC |
| Inputs: | 2 inputs - in passive/active mode (-30 V to +30 V DC) |
| OFF = open or Uin> 1.5 V | |
| ON = short-circuit or Uin< 1.5 V | |
| Tamper switch: | native part of the 2N Access Unit 2.0 |
| Audio: | buzzer (97dBA) |
| Supported protocols: | DHCP opt. 66, SMTP, TFTP, HTTP, HTTPS, Syslog |
| Fingerprint Reader | |
| Sensor: | optical sensor protected by resistant glass |
| Reliability: | algorithm for fake fingerprint detection |
| Resistance: | resistant to water and dust |
| Signalling: | acoustic and multicoloured LEDs |
| Sensing area: | large with dimensions of 0.60 x 0.80 inch |
| Certification: | certified according to FBI standard |
| Mechanical Properties | |
| Frame: | robust zinc cast frame with surface finish (nickel and black color) |
| Operating temperature: | -4°F to +131°F |
| Storage temperature: | -40°F to +158°F |
| Operating relative humidity: | 10%-95% (non-condensing) |
| Dimensions: | Wall (surface) mounting frame: |
| - 1 module: 4,21 (W) x 5,11 (H) x 1,10 (D) inch | |
| Flush mounting frame: | |
| - 1 module: 5,11 (W) x 6,02 (H) x 0,19 (D) inch | |
| Flush mounting box (minimum hole): | |
| - 1 module: 4,25 (W) x 5,15 (H) x 1,77 (D) inch | |
| Weight: | max 1,76 pounds |
| Cover rating: | IP54 and IK08 |
Show more