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Cat eye smart lock F9

Description
Super wide-angle camera can be safely seen in front of the door, high-resolution rear screen + million-level super clear camera, clearly visible safe home. Close the door can also see the door situation from the door to the door local real-time view, the elderly and children at home also rest assured
Parameter
Product nameF9
Product colorStarry grey
Fingerprint recognitionSemiconductor fingerprint collector
Emergency keytwo
Main materialAviation aluminum
Fingerprint capacity/password capacity/card capacity300 pieces in total
Power supply 4200mAh
Adaptive door thickness45-120(mm)
Lock gradeClass C safety lock core
Recognition speed0.5 s or less
Unlocking modeFingerprint/password/Swipe card/key/temporary password/remote unlock
Recognition rateRecognition rate: ≤0.001% Rejection rate: ≤1%
Operating temperatureMinimum temperature -20℃, maximum temperature 80℃
Safety designWith anti-black box, data security encryption, anti-cat eye unlock function
Password length6-8 bits
CMOS pixel1000000
administrator10 groups
System setting modeGeneral mode/Dual authentication mode
Opening times6000 times
Adaptive gate typeSecurity door
endurance6 months
Emergency power supplySupports 5V2A TYPE-CUSB
Working humidityMinimum humidity ≤20%RH, maximum humidity ≥93%RH
Ordinary user1000 sets (fingerprint, password, card, mechanical key)
Door lock detectionSupport skid alarm, trial and error alarm, low power alarm


FAQ

Digital vein smart cabinet: safe and convenient item access solution

In the information and intelligent today, the safe access of goods has become the focus of attention in many places. Whether it is the custody of important documents in a business or the storage of valuable household items, a solution that is both safe and convenient is needed.

Technical analysis of finger vein recognition module: How to achieve accurate identification

Finger vein recognition module technology is a high-precision biometric recognition technology, which uses the complex structure of the internal veins of human fingers for identity verification.