iCLASS SE® Biometric Reader

Designed for door applications multi-factor authentication including biometric templates supports a broad array of credential technologies and a variety of form factors, including cards and fobs.

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DISPLAY READERS FEATURING MULTI-FACTOR AUTHENTICATION CAPABILITIES

  • Powerfully Secure –  Supports breakthrough Seos® and iCLASS® card technologies and provides best practice standards for multi-layered authentication between card and reader.

  • Convenient –  Built-in field enrollment capabilities supports both access control verification and biometric templates.

  • More Private -  Fingerprint templates are stored on smart cards to alleviate privacy and database management concerns. 

Compatible with bioCLASS and the interoperable ANSI-378 biometric template standard.

The iCLASS SE® Biometric Readers are capable of supporting up to three-factor authentication and user interaction. These display readers can be configured to support card/ biometric fingerprint, card/PIN or card/fingerprint/PIN.

The iCLASS SE Biometric reader allows for seamless migration from bioCLASS® readers and supports the most recent biometric template standards. Biometric template storage on the smart card reduces individual privacy and safety concerns, while ensuring faster throughput and easier system management. Built-in field enrollment capabilities provide a convent enrollment experience.

SPECIFICATIONS

Model Name

RKLB40

Base Part Number

928N

13.56 MHz Credential Compatibility

iCLASS® Seos® 8kB
(iCLASS® Seos® 16kB NOT COMPATIBLE)
 •Standard iCLASS® 16-32k bit
 Access Control Application
(iCLASS SE and 2k bit Standard iCLASS NOT COMPATIBLE)

125kHz Credential Compatibility

N/A

TYPICAL CONTACTLESS READ RANGE1 - Single Technology ID-1 Cards

iCLASS® Seos™

1.2” (3 cm)

iCLASS®

4.7" (12 cm) 

DESFire® EV1 SE™

N/A

MIFARE® Classic SE™

N/A

HID Prox / AWID

N/A

EM4102

N/A

Mounting

Double-gang size; designed to mount on double (preferable for stable wall mount) or single-gang switch box

Color

Black N/A

Keypad

Yes (illuminated, 4 x 3)

Display

Yes (illuminated)

Dimensions

4.8” x 6.1” x 1.2” (12.2 cm x 15.6 cm x 3.0 cm)

Product Weight (Terminal Strip)

16.0 oz (454 g)

Operating Voltage Range

+12VDC

Current Draw - Normal Standby Current2

195mA

Current Draw - Maximum Average3

255mA

Current Draw - Peak4

320mA

Operating Temperature

14° to 122° F (-10° to 50° C)

Operating Humidity

                 5% to 95% relative humidity non-condensing  

Storage Temperature

-67˚ to 185˚ F (-55˚ to 85˚ C)

Environmental Rating

UL 294 and IP55 indoor / outdoor ratings

Fingerprint Biometric Sensor Type

Optical

Biometric Authentication Compatibility

•ANSI-378 template stored on
 iCLASS Seos credential and verified on reader
 • bioCLASS® template stored on standard
 iCLASS credential and verified on reader
 (6180A enroller template is NOT COMPATIBLE)

Language Support

English, French, German, Spanish (International), Russian, Portuguese (Brazilian), Italian, Chinese (Simplified), Japanese, Korean

Communications

Wiegand, Clock-and-Data, (OSDP BIOREAD & BIOMATCH command and pivCLASS Embedded Authentication - NOT SUPPORTED)

Panel Connection

Terminal Strip
Certifications
UL294/cUL (US), FCC Certification (US), IC (Canada), CE (EU), RCM (Australia, New Zealand), SRRC (China), KCC (Korea), NCC (Taiwan), iDA (Singapore), RoHS, MIC (Japan), WPC (India), ANRT (Morocco)
Cryto Processor Hardware Common Criteria Rating
EAL5

Patents

www.hidglobal.com/patents   

Housing Material

UL94 Polycarbonate

UL Ref Number

RKLB40E

SRD & WPC Model

RKCLB40E

Warranty

Warranted against defects in materials and workmanship for one year (see complete warranty policy for details)

  1.  Read range listed is statistical mean rounded to nearest whole centimeter. HID Global testing occurs in open air. Some environmental conditions, including metallic mounting surface, can significantly degrade read range and performance; plastic or ferrite spacers are recommended to improve performance on metallic mounting surfaces. 

  2.  Standby AVG - RMS current draw without a card in the RF field.

  3. Maximum AVG - RMS current draw during continuous card reads. Not evaluated by UL.

  4.  Peak - highest instantaneous current draw during RF communication.