BQT's miPASS range of Biometric readers is the ideal choice for high security applications

Product Profile

The miPASS Bio Series range offers the ultimate security by combining leading edge fingerprint scanning technology and encryption for secure user verification and authentication, limiting exposure through lost or stolen access cards.

Card holder's access control data and fingerprint template is encoded directly into the memory chip of the miPASS card, which is secured with encryption keys protecting the card holder's information from being compromised.  The Bio Series reads the cardholder's data from the memory chip of a miPASS card and only transmits to a door controller once a valid finger has been presented.

Authentication is performed locally within the Bio Series reader and does not require reference to a centralised database, thus improving performance by minimising verifi cation time and eliminating privacy concerns.  The 1:1 matching method eliminates False Acceptance Rates (F.A.R) normally prone to 1:N (1 to many) systems.

Ideal for new site installations or security enhancements of any existing access control systems using Mifare, `Swipe' or `Prox' (125 KHz) card and reader technologies, the Bio Series offers a cost-effective solution for high security requirements.


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Technical Specification

Make BQT Solutions
Manufacturer BQT Solutions (UK) Ltd
Model code BT910
Reader Type Biometric
Standalone/ Networkable Standalone
IP Rating IP40
Mount Type Wall
Reader Output format RS-485
Read Range mm 20 ~ 40
LED / Beep LED
Colour Silver & Charcoal
Wiegand Interface Yes
Electrical Specifications Voltage: 12 V DC@1/2amp
Power Consumption: 370 mA
Physical Specifications Dimensions mm: 140 x 59 x 65
Environmental Specifications Operating Temp oC: 0 ~ +55
Operating Humidity %: 0 ~ 90
Additional info The BT910 Mifare fingerprint reader can be configured to various output protocols and programmed with customised encryption keys unique to each customer.  Also upgradeable with further security enhancements when requirements increase.
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